MGT 212

Cost and Management Accounting

TU BBS · Second Year · Four-year BBS curriculum

Requirement: required
Full marks: 100
Past papers: 5 papers

Syllabus

What this course covers and how the teaching time is divided.

Cost and Management Accounting Syllabus

Official TU PDF (pp. 31-34)

Tribhuvan University

Faculty of Management

Office of the Dean

Bachelor of Business Studies (BBS)

Course Title: Cost and Management Accounting

Course Code: MGT 212

Year: Second Year

Nature of Course: required

Full Marks: 100

Pass Marks: 35

Lecture Hours: 150 Hrs.

Curriculum: Four-year BBS curriculum

Course Objective

The objectives of the course are to provide the students with in-depth knowledge of cost and management accounting in order to enable them to develop, arrange and classify cost information required for decision making for maximizing the profit and reducing / eliminating losses. The course further aims at developing a sound base for higher study in accounting besides in practical knowledge required by the middle level managers to handle cost information independently.

Course Description

This course contains conceptual and theoretical foundation of cost and management accounting ; It also comprises classification and segregation of cost, accounting for material and labour, allocation, apportionment and absorption of overhead cost, costing in different situations such as service costing, job and contract costing, process costing etc., income statement under variable and absorption costing techniques, standard costing system with material and labour cost variance, flexible budgeting under different levels of activities, overhead cost variance,

Course Contents:

Lecture hours show the approximate classroom time allocated to each unit.

Cost accounting and cost accountancy
Meaning, objectives, importance, scope, advantages and limitations of cost and management accounting
Limitations of financial accounting
Similarities and dissimilarities in financial, cost and management accounting Concept, importance and classification of cost: basic concept of cost, expense, loss cost center, profit center and cost unit, cost classification: based on function, identification, behavior, controllability, decision making, time of recording, monetary expression, planning and control, period and product cost
Cost segregation and estimation: concept and methods of cost segregation: i) Two point method ii) Least square method and iii) Estimation of cost

Materials/Inventory: Concept, reasons and objectives for holding material/inventory. Inventory control: Meaning, importance and techniques
Economic order quantity: concept, techniques, formula, graphic and trial & error approaches-considering discount under certainty condition
Re-order, maximum, minimum, average stock levels, danger level and safety stock
Concept and techniques of perpetual inventory system
Stock control through ABC analysis and just in time inventory: concept, advantages and limitations
Material productivity and Inventory or material turnover.

Labour Cost: Concept and need for control of labour cost
Remuneration without premium plan: Features of good remuneration system, time and piece wage system
Remuneration with premium Plan: Features of premium plan, premium bonus scheme-Halsey and Rowan Plan, Taylor’s Differential Piece Rate, Gant’s Task and Bonus Plan, Group Bonus Scheme: Priestman’s and Scalon’s Plan Labour Turnover: Concept, causes and effects, cost of labour turnover: preventive and replacement cost and calculations, labour turnover ratios.

Overhead Cost: Meaning, features, importance and classification
Allocation, apportionment and absorption of overhead: meaning and importance
Apportionment and absorption of overhead cost based on volume, direct labour hours and machine hours
Concept, importance, features, elements of Activity Based Costing, ABC vs Traditional Costing, procedures of absorption of overhead cost under ABC technique.

Service Costing: Concept, features and scope of service costing
Preparation of cost sheet for transport service for passenger, hospital, hotel and restaurant services, limitations of service costing. Job Order Costing: Concept and features
measuring direct material, direct labour and manufacturing overhead cost
Accounting for job order: Preparation of job order cost sheet showing non- manufacturing costs & determination of cost of goods manufactured, cost of goods sold and unit cost. Batch Costing: Concept and features
Determination of Economic Batch Quantity (EBQ). Contract Costing: Concept and features
Similarities and dissimilarities in job and contract costing
Contract costing procedures: preparation of contract account in the case of incomplete, near to completion and complete contract, work certified and work uncertified, contractee’s account, work in progress account and balance sheet
Cost plus contract
Escalation and de-escalation clauses. Process Costing: Concept, features and application
comparison of job costing and process costing
preparation of process accounts with/without beginning and ending work-in-progress inventory, partial and total transfer of output to next process, accounting for process loss/gain: normal and abnormal loss, abnormal effective/gain and computation of unit costs, and treatment of spoilage, wastage, scrap and defective unit
accounting for inter process profit, reserve for unrealized profit. Joint Product and By Product Costing: Concept, features and objectives of joint and by-product, difference between joint product, main product and by-product
Apportionment of joint costs under unit of output and revenue basis
Accounting for joint and by-products.

Absorption Costing: Concept, features, importance and preparation of income statement under absorption costing, treatment of normal capacity and fixed manufacturing overhead rate, treatment of opening and closing stock, over and under absorption of fixed manufacturing overhead and adjustment and limitations of absorption costing. Variable Costing: Concept, features, use and importance preparation of income statement under variable costing, treatment of manufacturing overheads, treatment of opening and closing stock limitations and treatment of other expenses
limitations of variable costing. Reconciliation of profit or loss between absorption and variable costing techniques showing the causes of differences. Cost Volume Profit Analysis: Meaning, importance
assumptions and limitations of CVP analysis
Contribution margin and ratio, profit volume ratio
Break even analysis using contribution margin, algebraic and graphic approaches
Break-even-analysis: under various situations situations: changes on selling price, fixed cost, variable cost, under step fixed cost, multi-products situations, margin of safety and determination of selling price to realize desired profit
Advantages and limitations of break even analysis.

Standard Costing: Concept of standard cost and standard costing, features, application, advantages and limitations
Difference between standard and budget. Variance Analysis
Material variances: Concept and calculation of cost, price, usage, mix and yield variances
Labour variances: Concept and calculation of cost, efficiency, rate, mix, idle time and yield variances. Overhead Cost Variance: Concept and calculation of capacity, efficiency and spending variances. Budget: concept, features and importance of budget
budget and budgetary control
Types of budget: sales budget, production budget, material budget & merchandize purchase budget, labour budget, manufacturing overhead budget, cost of goods manufactured budget, selling/distribution & administrative expenses budget and cost of goods sold budget. Fixed and Flexible Budgeting: Concept and importance of fixed and flexible budgets
Difference between fixed and flexible budgets
Flexible budgeting for overhead cost control on activity levels and budget allowance for actual level attained.

Cost Reduction and Cost Control: Cost reduction-pre-requisites, techniques, steps, responsibility and limitations
Value engineering (analysis): Concept, advantages, tools and techniques for cost reduction
Value analysis: Concept, objectives, importance, advantages and techniques of value analysis.

Chapter-wise questions

94 reviewed questions across 8 units

Open a chapter to study questions grouped by unit and syllabus topic, with verified model solutions.

Unit 1: Conceptual Foundation

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Asked on 2078 Exam[2 marks]
State any two importance of cost accounting.
View model solution
Two primary importance of cost accounting are:
1. Ascertainment and Control of Cost: It provides systematic mechanisms to determine the exact cost of manufacturing each unit, job, or process, allowing management to detect wastages, eliminate inefficiencies, and control expenses.
2. Guidance for Profitable Pricing and Decision Making: It furnishes reliable cost data essential for setting competitive selling prices, preparing operating budgets, and evaluating special managerial decisions (such as make-or-buy, shut down, or product discontinuance).
Asked on 2078 Exam[15 marks]
“Management accounting is the practice of identifying, measuring, analyzing, interpreting, and communicating financial information for achieving an organization’s goals”. Discuss.
View model solution
Role and Practice of Management Accounting in Achieving Organizational Goals

The assertion that “Management accounting is the practice of identifying, measuring, analyzing, interpreting, and communicating financial information for achieving an organization’s goals” succinctly encapsulates the transformation of accounting from transactional scorekeeping into a forward-looking, strategic discipline.

1. Core Functions in the Management Accounting Process

a. Identification and Accumulation of Data

Management accounting scans internal operational workflows (labor hours, machine usage, material scrap) and external market data (competitor price points, inflation trends). It identifies both monetary and non-financial quantitative parameters needed to evaluate ongoing activities.

b. Measurement and Valuation

It applies sophisticated measurement techniques—such as standard costing, throughput accounting, and activity-based costing (ABC)—to assign accurate values to resource consumption, isolating pure operational efficiencies from volume anomalies.

c. Analysis and Diagnostics

Using tools like Cost-Volume-Profit (CVP) analysis, variance analysis, and ratio analysis, management accountants unpack trends, identify bottlenecks, and determine the exact causes of cost overruns or profit shortfalls.

d. Interpretation and Communication

Data is translated into actionable business intelligence tailored to decision-makers. Rather than presenting static historical ledgers, management accountants produce customized visual dashboards, contribution margin statements, and capital expenditure appraisal reports.

2. How Management Accounting Drives Strategic Goal Achievement
1. Strategic Planning and Goal Setting: Through Master Budgeting and Long-range Profit Planning, management accounting maps corporate vision into quantifiable targets across sales, production, capital outlays, and working capital.
2. Proactive Operational Control: By establishing standards and comparing actual performance via variance analysis, it activates Management by Exception (MBE). Executives focus their intervention solely on areas exhibiting adverse deviations.
3. Informed Tactical Decision Making: Differential cost analysis furnishes vital insights for non-routine managerial dilemmas:
  
  Make-or-Buy decisions
  
  Accepting or rejecting special export orders below standard prices
  
  Adding or discontinuing product lines or operating segments
  
  Determining the optimum product mix under limiting constraints (scarce machine hours or materials).
4. Performance Measurement and Motivation: Responsibility accounting segments the enterprise into Cost Centers, Profit Centers, and Investment Centers, measuring leadership performance via Return on Investment (ROI) and Economic Value Added (EVA).
Conclusion

Management accounting serves as the indispensable navigational system of the modern enterprise. By synthesizing financial rigor with strategic purpose, it equips leaders to navigate uncertainty, eliminate operational waste, and consistently deliver long-term organizational value.
Asked on 2080 Exam[2 marks]
Write any two objectives of cost accounting.
View model solution
Two primary objectives of cost accounting are:
1. Ascertainment of Cost: To determine the exact cost of producing each unit, process, contract, or job through systematic cost accumulation and classification.
2. Cost Control and Reduction: To provide standards and budgets that guide managers in identifying inefficiencies, eliminating operational wastes, and driving down unit costs permanently.
Asked on 2080 Exam[2 marks]
Define semi-variable cost with suitable examples.
View model solution
A semi-variable cost (or mixed cost) contains both a fixed component that remains constant regardless of volume and a variable component that changes in proportion to changes in production output.

Examples:
- Telephone / Internet Bill: A fixed monthly landline rental charge plus a variable charge per minute or gigabyte consumed.
- Electricity Expense: A fixed minimum service meter connection fee plus variable unit consumption charges (per kWh).
Asked on 2080 Exam[2 marks]
A Company’s cost structure of two different level of output is given below:

Total cost : (Rs) 40,000 60,000Output (units) 2,000 4,000

Required: Total cost for 3,000 units.

View model solution
Step 1: Calculate Variable Cost per unit ( $b$ ):
$b = \frac{\text{Change in Total Cost}}{\text{Change in Output Units}} = \frac{\text{Rs. } 60,000 - \text{Rs. } 40,000}{4,000 - 2,000} = \frac{\text{Rs. } 20,000}{2,000} = \mathbf{\text{Rs. } 10\text{ per unit}}$

Step 2: Calculate Fixed Cost ( $a$ ):
$a = \text{Total Cost} - (\text{Output} \times b) = 40,000 - (2,000 \times 10) = 40,000 - 20,000 = \mathbf{\text{Rs. } 20,000}$

Step 3: Total Cost for 3,000 units:
$\text{Total Cost} = a + (b \times X) = 20,000 + (3,000 \times 10) = 20,000 + 30,000 = \mathbf{\text{Rs. } 50,000}$
Asked on 2080 Exam[10 marks]
Define management accounting. Explain the reasons for gaining popularity by management accounting in modern business world.( H ) [10]
View model solution
Management Accounting: Definition and Reasons for Rising Popularity

Definition

Management accounting is the process of identification, measurement, accumulation, analysis, preparation, interpretation, and communication of financial and non-financial information used by internal management to plan, evaluate, and control an organization and ensure appropriate use of its resources.

Key Reasons for Gaining Tremendous Popularity in Modern Business
1. Shift from Cost-Plus Pricing to Market-Driven Pricing: Global competition and informed customers prevent companies from dictating prices. Survival demands aggressive cost management, driving demand for management accounting tools like Target Costing and Value Chain Analysis.
2. Transition toward Automation and High Overheads: Traditional cost systems based on direct labor fail in automated smart factories where overhead represents over $70\%$ of total product cost. Management accounting’s Activity-Based Costing (ABC) provides accurate, non-distorted cost intelligence.
3. Dynamic Multi-Product Decision Environments: Firms must continually navigate non-routine choices: make-or-buy components, accept special discount orders, discontinue lagging products, or outsource logistics. Management accounting provides rigorous differential cost and contribution analysis.
4. Adoption of Management by Exception (MBE): Top executives have limited time to inspect every operating line. Management accounting’s variance reporting flags only critical deviations, saving executive bandwidth.
5. Focus on Strategic Performance Metrics (Beyond Financial Net Profit): Modern management accounting integrates forward-looking non-financial performance indicators through frameworks like the Balanced Scorecard, aligning day-to-day work with long-term strategy.
Asked on 2079 Exam[2 marks]
Write down any two limitations of financial accounting.
View model solution
Two key limitations of financial accounting are:
1. Historical Orientation: It only records past events and historical transactions, offering limited predictive utility for forward-looking operational decision-making.
2. Omission of Non-Monetary Qualitative Information: It exclusively records transactions capable of being quantified in monetary units, entirely ignoring vital competitive determinants such as labor morale, brand goodwill, and customer satisfaction.
Asked on 2079 Exam[2 marks]
A manufacturing Company’s cost structure at two different levels of outputs are:

Output (Units) Total Cost (Rs.)

5,000 12,000

9,000 20,000

Required: Total cost for 6,000 units using High Low Method

View model solution
Step 1: Compute Variable Cost Per Unit ( $b$ ):
$b = \frac{\text{High Cost} - \text{Low Cost}}{\text{High Output} - \text{Low Output}} = \frac{\text{Rs. } 20,000 - \text{Rs. } 12,000}{9,000 - 5,000} = \frac{\text{Rs. } 8,000}{4,000\text{ units}} = \mathbf{\text{Rs. } 2.00\text{ per unit}}$

Step 2: Compute Total Fixed Cost ( $a$ ):
$a = \text{Total Cost} - (\text{Output} \times b) = 20,000 - (9,000 \times 2) = 20,000 - 18,000 = \mathbf{\text{Rs. } 2,000}$

Step 3: Compute Total Cost for 6,000 units:
$\text{Total Cost} = a + (b \times X) = \text{Rs. } 2,000 + (6,000 \times \text{Rs. } 2) = \text{Rs. } 2,000 + 12,000 = \mathbf{\text{Rs. } 14,000}$
Asked on 2079 Exam[10 marks]
The following information regarding labour are:

Standard:

Types No. Rate per hour

Skilled 2 Rs.4

Semi-Skilled 3 Rs.3

Un-Skilled 5 Rs.2

10

Types No. Rate per hour

Skilled 2 Rs.5

Semi-Skilled 4 Rs.4

Un-Skilled 4 Rs.2

10

Standard hours needed to work and actual hours paid for a week is 40 hours. Actual output produced by the workers is 340 units and Standard output per gang hour is 8 units

Required: Labour Variances
View model solution
Calculation of Labour Variances

Step 1: Gang Hours and Standard Work Specifications
- Standard gang size $= 10\text{ workers}$ ( $2\text{ skilled} + 3\text{ semi-skilled} + 5\text{ unskilled}$ ).
- Standard output per gang hour $= 8\text{ units}$ .
- Standard gang hours required for actual output ( $340\text{ units}$ ):
  $\text{Standard Gang Hours} = \frac{340\text{ units}}{8\text{ units/gang hr}} = 42.5\text{ gang hours}$
Step 2: Calculate Standard Hours (SH) for Actual Output

Each gang hour comprises: Skilled = 2 hrs, Semi-Skilled = 3 hrs, Unskilled = 5 hrs.
- $\mathbf{SH_{\text{Skilled}}} = 42.5 \times 2 = 85\text{ hours}$
- $\mathbf{SH_{\text{Semi-Skilled}}} = 42.5 \times 3 = 127.5\text{ hours}$
- $\mathbf{SH_{\text{Unskilled}}} = 42.5 \times 5 = 212.5\text{ hours}$
- $\text{Total } SH = 425\text{ hours}$
Step 3: Actual Hours Paid (AH) for 40 hours week
- $\mathbf{AH_{\text{Skilled}}} = 2\text{ workers} \times 40\text{ hrs} = 80\text{ hours}$
- $\mathbf{AH_{\text{Semi-Skilled}}} = 4\text{ workers} \times 40\text{ hrs} = 160\text{ hours}$
- $\mathbf{AH_{\text{Unskilled}}} = 4\text{ workers} \times 40\text{ hrs} = 160\text{ hours}$
- $\text{Total } AH = 400\text{ hours}$
Step 4: Revised Standard Hours (RSH)

Distributing Total Actual Hours ( $400\text{ hrs}$ ) in the Standard Ratio ( $2 : 3 : 5$ ):
- $\mathbf{RSH_{\text{Skilled}}} = 400 \times \frac{2}{10} = 80\text{ hours}$
- $\mathbf{RSH_{\text{Semi-Skilled}}} = 400 \times \frac{3}{10} = 120\text{ hours}$
- $\mathbf{RSH_{\text{Unskilled}}} = 400 \times \frac{5}{10} = 200\text{ hours}$
Step 5: Variance Computations
1. Labour Rate Variance (LRV) $= AH \times (SR - AR)$
  
  Skilled: $80 \times (4 - 5) = 80 \times (-1) = \mathbf{\text{Rs. } 80\text{ (A)}}$
  
  Semi-Skilled: $160 \times (3 - 4) = 160 \times (-1) = \mathbf{\text{Rs. } 160\text{ (A)}}$
  
  Unskilled: $160 \times (2 - 2) = 160 \times 0 = \mathbf{\text{Rs. } 0}$
  
  $\mathbf{\text{Total LRV}} = 80\text{ (A)} + 160\text{ (A)} = \mathbf{\text{Rs. } 240\text{ (A)}}$
2. Labour Efficiency Variance (LEV) $= SR \times (SH - AH)$
  
  Skilled: $4 \times (85 - 80) = 4 \times (+5) = \mathbf{\text{Rs. } 20\text{ (F)}}$
  
  Semi-Skilled: $3 \times (127.5 - 160) = 3 \times (-32.5) = \mathbf{\text{Rs. } 97.5\text{ (A)}}$
  
  Unskilled: $2 \times (212.5 - 160) = 2 \times (+52.5) = \mathbf{\text{Rs. } 105\text{ (F)}}$
  
  $\mathbf{\text{Total LEV}} = 20\text{ (F)} - 97.5\text{ (A)} + 105\text{ (F)} = \mathbf{\text{Rs. } 27.5\text{ (F)}}$
3. Labour Cost Variance (LCV) $= (SH \times SR) - (AH \times AR)$
  
  $\text{LCV} = \text{LRV} + \text{LEV} = -240\text{ (A)} + 27.5\text{ (F)} = \mathbf{\text{Rs. } 212.5\text{ (A)}}$
4. Labour Mix Variance (LMV) $= SR \times (RSH - AH)$
  
  Skilled: $4 \times (80 - 80) = \mathbf{\text{Rs. } 0}$
  
  Semi-Skilled: $3 \times (120 - 160) = \mathbf{\text{Rs. } 120\text{ (A)}}$
  
  Unskilled: $2 \times (200 - 160) = \mathbf{\text{Rs. } 80\text{ (F)}}$
  
  $\mathbf{\text{Total LMV}} = 0 - 120\text{ (A)} + 80\text{ (F)} = \mathbf{\text{Rs. } 40\text{ (A)}}$
5. Labour Yield (Sub-Efficiency) Variance (LYV) $= SR \times (SH - RSH)$
  
  Skilled: $4 \times (85 - 80) = \mathbf{\text{Rs. } 20\text{ (F)}}$
  
  Semi-Skilled: $3 \times (127.5 - 120) = \mathbf{\text{Rs. } 22.5\text{ (F)}}$
  
  Unskilled: $2 \times (212.5 - 200) = \mathbf{\text{Rs. } 25\text{ (F)}}$
  
  $\mathbf{\text{Total LYV}} = 20 + 22.5 + 25 = \mathbf{\text{Rs. } 67.5\text{ (F)}}$
Check: $\text{LEV} = \text{LMV} + \text{LYV} = -40 + 67.5 = +27.5\text{ (F)}$ .
Asked on 2079 Exam[15 marks]
“Management accounting is the presentation of accounting information to formulate the policies to be adopted by the management & assists its day to day activities.” Comment.
View model solution
Role of Management Accounting in Policy Formulation and Day-to-Day Administration

The statement captures the duality of management accounting: it operates simultaneously at the macro-strategic level (policy formulation) and the micro-operational level (day-to-day administrative supervision).

1. Assistance in Strategic Policy Formulation

a. Long-Term Capital Investment Decisions

Management accounting utilizes capital budgeting techniques (NPV, IRR, Payback Period) to evaluate multi-million-rupee strategic decisions—such as plant expansion, factory automation, or technological transitions—ensuring corporate capital is allocated to projects exceeding the cost of capital.

b. Pricing Policies and Competitive Positioning

By deploying Target Costing, Life-Cycle Costing, and Activity-Based Costing, management accounting provides accurate full-cost and marginal-cost data to formulate dynamic pricing strategies (e.g., market penetration pricing, price skimming, and export pricing).

c. Product Portfolio and Make-or-Buy Policies

Differential cost analysis guides policies regarding whether to manufacture components in-house or outsource to specialized vendors, and whether to introduce new product lines or discontinue unprofitable operations.

2. Assistance in Day-to-Day Operations and Operational Control
1. Cash Flow and Working Capital Management: Daily and monthly cash budgets ensure the organization maintains adequate liquidity to meet payroll and supplier commitments without keeping excessive idle cash balances.
2. Inventory Optimization: Establishes Economic Order Quantities (EOQ), safety stocks, re-order levels, and ABC inventory classifications, preventing both stock-outs and excess working capital lock-up.
3. Management by Exception (MBE): Daily operational variance reports highlight adverse deviations in material usage, machine downtime, or direct labor productivity, enabling immediate shop-floor corrective action.
4. Internal Cost Reduction and Productivity Tracking: Standard costing and departmental flexible budgets provide frontline supervisors with clear performance goals.
Conclusion

Management accounting bridges raw transaction records and executive action. By supplying relevant, timely, and analytical data, it serves as the essential management information backbone supporting both strategic vision and operational discipline.
Asked on 2081 Exam[2 marks]
Write any two limitations of cost accounting.
View model solution
Two prominent limitations of cost accounting are:
1. Expensive and Complex Implementation: Setting up and operating a detailed cost accounting system requires extensive documentation (job sheets, material requisitions, time tickets) and specialized clerical staff, making it prohibitively costly for small enterprises.
2. Reliance on Estimates and Arbitrary Conventions: Overhead allocation, joint product apportionment, and depreciation rely heavily on subjective management assumptions rather than exact empirical measurements.
Asked on 2081 Exam[2 marks]
Define the indirect cost with an example?
View model solution
An indirect cost is an expenditure that cannot be directly, conveniently, and economically traced or identified with a specific cost object, product, or job. It is pooled and apportioned across multiple products on an equitable absorption basis.

Examples:
- Factory building rent and property taxes
- Salary of factory supervisors and storekeepers
- Factory lighting, power, and machine lubricant oils.
Asked on 2081 Exam[10 marks]
“Management accounting is effective tool for formulating plan & policies and taking right decisions.” Explain this statement with the help of its significance.
View model solution
Significance of Management Accounting in Planning, Policy Formulation, and Decision Making

Management accounting is the informational nerve center of the modern business enterprise. Unlike statutory financial accounting that looks back, management accounting is forward-looking and purpose-built to help leaders chart strategic courses.

1. Significance in Formulating Plans and Policies
1. Master Budgeting and Target Setting: Translates corporate goals into quantifiable, departmental targets across sales, production, capital investment, and cash flow.
2. Dynamic Pricing Policies: Uses Target Costing and Marginal Costing to establish competitive baseline prices, promotional discounts, and pricing for tenders and export markets.
3. Long-Term Capital Investment Strategy: Applies DCF techniques (Net Present Value, IRR) to evaluate large-scale acquisitions, technology adoption, and expansion projects.
2. Significance in Taking Right Managerial Decisions
1. Make-or-Buy Decisions: Compares external supplier quotes against internal relevant marginal costs to decide whether to manufacture components in-house or outsource.
2. Accepting or Rejecting Special Orders: Determines whether special export or off-season orders below normal selling price should be accepted to utilize idle capacity without lowering domestic price levels.
3. Optimizing Constrained Production (Key Factor Analysis): When raw materials or machine hours are restricted, management accounting ranks products by contribution margin per unit of limiting factor to maximize overall profits.
4. Discontinuing Unprofitable Segments: Distinguishes between avoidable direct fixed costs and non-avoidable corporate common overheads to avoid shutting down segments that still yield a positive contribution margin.
Asked on 2082 Exam[2 marks]
State any two importance of cost accounting.
View model solution
Two primary importance of cost accounting are:
1. Ascertainment and Control of Cost: It provides systematic mechanisms to determine the exact cost of manufacturing each unit, job, or process, allowing management to detect wastages, eliminate inefficiencies, and control expenses.
2. Guidance for Profitable Pricing and Decision Making: It furnishes reliable cost data essential for setting competitive selling prices, preparing operating budgets, and evaluating special managerial decisions (such as make-or-buy, shut down, or product discontinuance).
Asked on 2082 Exam[2 marks]
Difference in total cost is Rs. 100,000 between 40,000 units and 20,000 units. The total fixed cost is Rs. 200,000. Required : Total cost for 30,000 units.

View model solution
Step 1: Calculate Variable Cost per unit ( $b$ ):
$b = \frac{\Delta \text{Total Cost}}{\Delta \text{Output}} = \frac{\text{Rs. } 100,000}{40,000 - 20,000\text{ units}} = \frac{\text{Rs. } 100,000}{20,000\text{ units}} = \mathbf{\text{Rs. } 5.00\text{ per unit}}$

Step 2: Total Cost for 30,000 units:
$\text{Total Cost} = \text{Total Fixed Cost} + (\text{Output} \times b)$

$\mathbf{\text{Total Cost}} = \text{Rs. } 200,000 + (30,000 \times \text{Rs. } 5) = 200,000 + 150,000 = \mathbf{\text{Rs. } 350,000}$
Asked on 2082 Exam[10 marks]
Define management accounting. Explain the importance of management accounting in the modern business world.
View model solution
Management Accounting: Definition and Reasons for Rising Popularity

Definition

Management accounting is the process of identification, measurement, accumulation, analysis, preparation, interpretation, and communication of financial and non-financial information used by internal management to plan, evaluate, and control an organization and ensure appropriate use of its resources.

Key Reasons for Gaining Tremendous Popularity in Modern Business
1. Shift from Cost-Plus Pricing to Market-Driven Pricing: Global competition and informed customers prevent companies from dictating prices. Survival demands aggressive cost management, driving demand for management accounting tools like Target Costing and Value Chain Analysis.
2. Transition toward Automation and High Overheads: Traditional cost systems based on direct labor fail in automated smart factories where overhead represents over $70\%$ of total product cost. Management accounting’s Activity-Based Costing (ABC) provides accurate, non-distorted cost intelligence.
3. Dynamic Multi-Product Decision Environments: Firms must continually navigate non-routine choices: make-or-buy components, accept special discount orders, discontinue lagging products, or outsource logistics. Management accounting provides rigorous differential cost and contribution analysis.
4. Adoption of Management by Exception (MBE): Top executives have limited time to inspect every operating line. Management accounting’s variance reporting flags only critical deviations, saving executive bandwidth.
5. Focus on Strategic Performance Metrics (Beyond Financial Net Profit): Modern management accounting integrates forward-looking non-financial performance indicators through frameworks like the Balanced Scorecard, aligning day-to-day work with long-term strategy.

Past exam papers

Complete papers are arranged by Bikram Sambat (BS) exam year.

Cost and Management Accounting 2082 Board Question Paper

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Tribhuvan University

Faculty of Management

Office of the Dean

2082 BS / Regular Examination

Course: MGT 212 · Cost and Management Accounting

Level: Bachelor of Business Studies (BBS) · Second Year

Full Marks: 100

Time: 3 hrs.

Candidates are required to give their answers in their own words as far as practicable. The figures in the margin indicate full marks.

Section A

Brief Answer Questions : Attempt All questions .

[10*2=20]

State any two importance of cost accounting.

[2]
View model solution
Two key aspects of the importance of cost accounting are:
1. Accurate Cost Determination and Profitable Pricing: It provides detailed unit-cost information essential for setting competitive yet profitable selling prices and submitting tenders.
2. Identification and Elimination of Wastages: By comparing actual costs against pre-determined standards, management can pinpoint material leakages, excessive idle labor, and operational bottlenecks.
Define direct cost with suitable examples?

[2]
View model solution
A direct cost is an expenditure that can be easily, conveniently, and economically traced and directly attributed to a specific cost object, job, or product unit.

Examples:
- Direct Material: Timber used in manufacturing furniture, leather in shoes.
- Direct Labour: Wages paid to carpenters assembling chairs, weavers in a textile factory.
Write any two motives of holding inventory.

[2]
View model solution
Two primary motives for holding inventory are:
1. Transaction Motive: To ensure an uninterrupted flow of materials into the production line and to satisfy day-to-day customer sales orders without delivery delays.
2. Precautionary Motive: To protect the business against unexpected supply disruptions, sudden price hikes, transport strikes, or unpredicted surges in market demand.
Write any two causes of labour turnover.

[2]
View model solution
Two major causes of labour turnover are:
1. Uncompetitive Compensation and Benefits: Workers resigning to seek higher salaries and better incentive packages at competing firms.
2. Unfavorable Working Environment and Poor Supervision: Lack of job security, toxic workplace culture, inadequate safety standards, and absence of promotional opportunities.
What do you mean by service costing?

[2]
View model solution
Service costing (or operating costing) is a method of cost accounting applied by organizations that render services rather than producing tangible goods (e.g., transport companies, hospitals, hotels, schools, cinema halls). Costs are accumulated over an operating period and divided by composite cost units (such as passenger-kilometers, patient-days, or room-days).
Following information is given :

Annual requirement: 3600 units @ Rs. 20 each Carrying cost: 10 % of inventory value Cost of placing an order: Rs. 400 Required: Number of order of EOQ.

[2]
View model solution
Given:
- $\text{Annual Requirement } (A) = 3,600\text{ units}$
- $\text{Unit Price } (C) = \text{Rs. } 20$
- $\text{Carrying Cost per Unit } (c) = 10\% \text{ of Rs. } 20 = \text{Rs. } 2.00$
- $\text{Ordering Cost per Order } (O) = \text{Rs. } 400$
Step 1: Calculate Economic Order Quantity (EOQ):
$\text{EOQ} = \sqrt{\frac{2AO}{c}} = \sqrt{\frac{2 \times 3,600 \times 400}{2}} = \sqrt{1,440,000} = \mathbf{1,200\text{ units}}$

Step 2: Calculate Number of Orders at EOQ:
$\mathbf{\text{Number of Orders}} = \frac{\text{Annual Requirement } (A)}{\text{EOQ}} = \frac{3,600\text{ units}}{1,200\text{ units}} = \mathbf{3\text{ orders per year}}$
Difference in total cost is Rs. 100,000 between 40,000 units and 20,000 units. The total fixed cost is Rs. 200,000. Required : Total cost for 30,000 units.

[2]
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Step 1: Calculate Variable Cost per unit ( $b$ ):
$b = \frac{\Delta \text{Total Cost}}{\Delta \text{Output}} = \frac{\text{Rs. } 100,000}{40,000 - 20,000\text{ units}} = \frac{\text{Rs. } 100,000}{20,000\text{ units}} = \mathbf{\text{Rs. } 5.00\text{ per unit}}$

Step 2: Total Cost for 30,000 units:
$\text{Total Cost} = \text{Total Fixed Cost} + (\text{Output} \times b)$

$\mathbf{\text{Total Cost}} = \text{Rs. } 200,000 + (30,000 \times \text{Rs. } 5) = 200,000 + 150,000 = \mathbf{\text{Rs. } 350,000}$
The following data are given to you:
- Standard output = 1,000 units
- Actual output = 1,200 units
- Normal price rate = Rs. 20
Required: Total wages under Taylor’s differential piece rate system.
[2]
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Given:
- $\text{Standard Output} = 1,000\text{ units}$
- $\text{Actual Output} = 1,200\text{ units}$
- $\text{Normal Piece Rate} = \text{Rs. } 20\text{ per unit}$
Evaluation under Taylor’s Differential Piece Rate System:
- Since Actual Output ( $1,200\text{ units}$ ) $\ge$ Standard Output ( $1,000\text{ units}$ ), the worker is classified as Efficient.
- Efficient workers receive the Higher Piece Rate, which is $120\%$ of the normal piece rate (under standard TU convention):
  $\text{Higher Piece Rate} = \text{Rs. } 20 \times 120\% = \text{Rs. } 24\text{ per unit}$
$\mathbf{\text{Total Wages}} = 1,200\text{ units} \times \text{Rs. } 24 = \mathbf{\text{Rs. } 28,800}$
(Note: If the $125\%$ higher piece rate convention is used: $1,200 \times \text{Rs. } 25 = \text{Rs. } 30,000$ ).
Following information are supplied to you :

Consumption per day: 800 - 1200 units Re-order period: 3 - 5 days Maximum stock level: 6000 units Required: Re-order quantity.

[2]
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Given:
- $\text{Maximum Consumption} = 1,200\text{ units/day}$ , $\text{Minimum Consumption} = 800\text{ units/day}$
- $\text{Maximum Lead Time} = 5\text{ days}$ , $\text{Minimum Lead Time} = 3\text{ days}$
- $\text{Maximum Stock Level} = 6,000\text{ units}$
Step 1: Compute Re-order Level (ROL):
$\text{ROL} = \text{Max Consumption} \times \text{Max Lead Time} = 1,200 \times 5 = 6,000\text{ units}$

Step 2: Compute Re-order Quantity (ROQ):
$\text{Maximum Stock Level} = \text{ROL} + \text{ROQ} - (\text{Min Consumption} \times \text{Min Lead Time})$

$6,000 = 6,000 + \text{ROQ} - (800 \times 3)$

$6,000 = 6,000 + \text{ROQ} - 2,400$

$6,000 = 3,600 + \text{ROQ}$

$\mathbf{\text{ROQ}} = 6,000 - 3,600 = \mathbf{2,400\text{ units}}$
Following particular are provided :

Cost of selection: Rs. 25,000

Training cost: Rs. 20,000

Cost of welfare services: Rs. 22,000

Pension scheme: Rs. 15,000

Loss due to inefficiency of new workers: Rs. 20,000

Average no. of workers: 1000

No. of workers replaced: 200

Required: Preventive cost per employee.

[2]
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Analysis of Costs: In labour turnover accounting, costs are segregated into:
1. Preventive Costs: Costs incurred to keep workers satisfied and prevent turnover.
  
  Cost of Welfare Services $= \text{Rs. } 22,000$
  
  Pension Scheme $= \text{Rs. } 15,000$
  
  Total Preventive Cost $= 22,000 + 15,000 = \mathbf{\text{Rs. } 37,000}$
2. Replacement Costs: Selection (Rs. 25k) + Training (Rs. 20k) + Inefficiency loss (Rs. 20k).
Calculation of Preventive Cost per Employee: Preventive costs benefit the entire average workforce:
$\mathbf{\text{Preventive Cost per Employee}} = \frac{\text{Total Preventive Cost}}{\text{Average Number of Workers}} = \frac{\text{Rs. } 37,000}{1,000\text{ workers}} = \mathbf{\text{Rs. } 37.00\text{ per employee}}$

Section B

Short Answer Questions ( Attempt any FIVE Questions ) .

[5*10=50]

(a) What is job order costing? Explain the importance of job order costing.

(b) Following are the particulars of an industry manufacturing two products X and Y .

Product	Output in units	Machine hour per unit	No. of set ups	No. of Orders
X	2,000	4	40	20
Y	4,000	3	60	30

The overhead cost and cost drivers are as follows:

Activities	Cost drivers	Overheads
Volume related cost	Machine hours	Rs. 200,000
Set ups cost	No. of set ups	Rs. 200,000
Purchase related cost	No. of orders	Rs. 100,000

Required: Cost per unit under Activity Based Costing method.

[10]

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(a) Job Order Costing: Meaning and Importance

Meaning: Job order costing is a system of specific order costing applied where production is carried out against tailored client orders. Each job is identifiable from start to finish, receives a separate job order ticket, and accumulates direct costs and absorbed overheads on an individual Job Cost Sheet.

Importance:

Provides Exact Price Quotations: Furnishes historical cost baselines to submit competitive and profitable tenders.
Profitability Tracking by Job: Allows management to evaluate the profitability of each customer and contract.
Controls Spoilage and Defective Work: Identifies which specific job or worker caused material scrap and wastage.
Facilitates Cost-Plus Contracts: Serves as the legally required verifiable documentation for cost-plus pricing.

(b) Overhead Cost per Unit under Activity-Based Costing (ABC)

Step 1: Calculate Total Activity Consumption Driver Quantities

Machine Hours:
- Product X: $2,000 \times 4 = 8,000\text{ hrs}$
- Product Y: $4,000 \times 3 = 12,000\text{ hrs}$
- Total Machine Hours $= 8,000 + 12,000 = 20,000\text{ hrs}$
Set-ups:
- Product X: $40$ , Product Y: $60$
- Total Set-ups $= 40 + 60 = 100\text{ set-ups}$
Purchase Orders:
- Product X: $20$ , Product Y: $30$
- Total Orders $= 20 + 30 = 50\text{ orders}$

Step 2: Calculate Cost Driver Rates

Volume-Related Rate $= \frac{\text{Rs. } 200,000}{20,000\text{ MH}} = \mathbf{\text{Rs. } 10.00\text{ per MH}}$
Set-up Rate $= \frac{\text{Rs. } 200,000}{100\text{ set-ups}} = \mathbf{\text{Rs. } 2,000.00\text{ per set-up}}$
Purchase-Related Rate $= \frac{\text{Rs. } 100,000}{50\text{ orders}} = \mathbf{\text{Rs. } 2,000.00\text{ per order}}$

Step 3: Allocate Overheads and Compute Cost per Unit

Particulars	Product X (Rs.)	Product Y (Rs.)	Total (Rs.)
Volume-Related ( $MH \times 10$ )	$8,000 \times 10 = 80,000$	$12,000 \times 10 = 120,000$	200,000
Set-up Cost ( $Setups \times 2,000$ )	$40 \times 2,000 = 80,000$	$60 \times 2,000 = 120,000$	200,000
Purchase Cost ( $Orders \times 2,000$ )	$20 \times 2,000 = 40,000$	$30 \times 2,000 = 60,000$	100,000
Total Overhead Assigned	Rs. 200,000	Rs. 300,000	Rs. 500,000
Output Units	2,000	4,000
Overhead Cost Per Unit	$\frac{200,000}{2,000} = \mathbf{\text{Rs. } 100.00}$	$\frac{300,000}{4,000} = \mathbf{\text{Rs. } 75.00}$

(a) Explain the characteristics of joint product and by-product.

(b) The following information are given:

Materials Standard Actual

Quantity Price (RS.) Quantity

A 60% Rs. 8 per kg

B 40% Rs. 5 per kg

Standard loss is 10% and actual output is 280 kg. Required: Material variances.

[10]
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(a) Characteristics of Joint Product and By-Product

Characteristics of Joint Products:
1. Simultaneous Origin from Common Input: Produced simultaneously from the same raw material through a common process up to a split-off point.
2. Comparable High Economic Value: Possess significant, mutually comparable commercial sales value.
3. Inseparability: One joint product cannot be produced without inevitably producing the other(s).
Characteristics of By-Products:
1. Incidental Origin: Emerges involuntarily as a minor byproduct of manufacturing the main product.
2. Relatively Minor Commercial Value: Sales value is small or negligible compared to the primary output.
3. Incidental Accounting: Often accounted for by deducting its net realizable value from the main process cost.
(b) Calculation of Material Variances

Step 1: Standard Input Requirements
- Standard loss $= 10\% \implies \text{Standard Yield} = 90\%$ .
- For Actual Output of $280\text{ kg}$ :
  $\text{Total Standard Input required} = \frac{280\text{ kg}}{0.90} = 311.11\text{ kg}$
- Standard Quantities (SQ) in standard ratio (60% : 40%):
  
  $\mathbf{SQ_A} = 60\% \times 311.11 = 186.67\text{ kg}$ @ Rs. 8
  
  $\mathbf{SQ_B} = 40\% \times 311.11 = 124.44\text{ kg}$ @ Rs. 5
- Actual Inputs (at standard input ratio base of 300 kg total):
  
  $AQ_A = 180\text{ kg}$ @ Rs. 8.50; $AQ_B = 120\text{ kg}$ @ Rs. 4.80 (Total $AQ = 300\text{ kg}$ ).
  
  $\text{Actual Output} = 280\text{ kg}$ (Loss $= 20\text{ kg}$ ).
Step 2: Variance Calculations
1. Material Cost Variance (MCV):
  
  Standard Cost of Output $= (186.67 \times 8) + (124.44 \times 5) = 1,493.36 + 622.20 = \text{Rs. } 2,115.56$ .
  
  Actual Cost $= (180 \times 8.50) + (120 \times 4.80) = 1,530 + 576 = \text{Rs. } 2,106.00$ .
  
  $\mathbf{\text{MCV}} = 2,115.56 - 2,106.00 = \mathbf{\text{Rs. } 9.56\text{ (F)}}$ .
2. Material Price Variance (MPV) $= AQ \times (SP - AP)$ :
  
  A: $180 \times (8 - 8.50) = \mathbf{\text{Rs. } 90\text{ (A)}}$
  
  B: $120 \times (5 - 4.80) = \mathbf{\text{Rs. } 24\text{ (F)}}$
  
  $\mathbf{\text{Total MPV}} = -90 + 24 = \mathbf{\text{Rs. } 66\text{ (A)}}$ .
3. Material Usage Variance (MUV) $= SP \times (SQ - AQ)$ :
  
  A: $8 \times (186.67 - 180) = 8 \times (+6.67) = \mathbf{\text{Rs. } 53.36\text{ (F)}}$
  
  B: $5 \times (124.44 - 120) = 5 \times (+4.44) = \mathbf{\text{Rs. } 22.20\text{ (F)}}$
  
  $\mathbf{\text{Total MUV}} = 53.36 + 22.20 = \mathbf{\text{Rs. } 75.56\text{ (F)}}$ .
Check: $\text{MCV} = \text{MPV} + \text{MUV} = -66\text{ (A)} + 75.56\text{ (F)} = +9.56\text{ (F)}$ .

A manufacturing company with normal capacity of 30,000 units provides the following particulars:

Productions units: 25,000

Sales units: 26,000

Closing stock units: 4,000

Direct material per unit: Rs. 6

Direct labour per unit: Rs. 4

Variable manufacturing cost per unit: Rs. 5

Variable selling expenses per unit: Rs. 2

Selling price per unit: Rs. 30

Fixed manufacturing OH per unit: Rs. 5

Fixed administrative and selling expenses: Rs. 72,000

Required:

a. Income statement under absorption costing system.

b. Reconciled profit under variable costing system.

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Solution: Absorption & Variable Costing

Working Notes:

Opening Stock Units:
$\text{Opening Stock} = \text{Sales} + \text{Closing Stock} - \text{Production}$

$\mathbf{\text{Opening Stock}} = 26,000 + 4,000 - 25,000 = \mathbf{5,000\text{ units}}$
Unit Costs:
- Variable Mfg Cost per unit $= 6 + 4 + 5 = \mathbf{\text{Rs. } 15.00}$
- Fixed Mfg OH per unit (Standard) $= \mathbf{\text{Rs. } 5.00}$
- Total Unit Mfg Cost (Absorption) $= 15 + 5 = \mathbf{\text{Rs. } 20.00}$
- Normal Capacity $= 30,000\text{ units} \implies \text{Budgeted Fixed Mfg OH} = 30,000 \times 5 = \text{Rs. } 150,000$ .
Under-absorption of Fixed Manufacturing Overhead:
- Absorbed on actual production $= 25,000 \times \text{Rs. } 5 = \text{Rs. } 125,000$
- Actual Fixed Mfg OH $= \text{Rs. } 150,000$
- $\mathbf{\text{Under-absorbed Fixed Overhead}} = 150,000 - 125,000 = \mathbf{\text{Rs. } 25,000\text{ (Unfavorable)}}$

(a) Income Statement under Absorption Costing

Particulars	Details (Rs.)	Amount (Rs.)
Sales Revenue ( $26,000 \times \text{Rs. } 30$ )		780,000
Less: Cost of Goods Sold (at standard Rs. 20):
- Opening Stock ( $5,000 \times \text{Rs. } 20$ )	100,000
- Add: Current Production ( $25,000 \times \text{Rs. } 20$ )	500,000
Cost of Goods Available for Sale	600,000
- Less: Closing Stock ( $4,000 \times \text{Rs. } 20$ )	(80,000)
Cost of Goods Sold at Standard	520,000
Add: Under-absorbed Fixed Mfg Overhead	25,000	(545,000)
Gross Profit		235,000
Less: Operating Expenses:
- Variable Selling Expenses ( $26,000 \times \text{Rs. } 2$ )	52,000
- Fixed Administrative & Selling Expenses	72,000	(124,000)
Net Operating Income (Absorption Costing)		Rs. 111,000

(b) Reconciled Profit under Variable Costing

Reconciliation Formula:

\text{Profit (Variable Costing)} = \text{Profit (Absorption Costing)} + \text{Fixed OH in Opening Stock} - \text{Fixed OH in Closing Stock}

\text{Fixed OH in Opening Stock} = 5,000 \times \text{Rs. } 5 = \text{Rs. } 25,000

\text{Fixed OH in Closing Stock} = 4,000 \times \text{Rs. } 5 = \text{Rs. } 20,000

\mathbf{\text{Profit under Variable Costing}} = \text{Rs. } 111,000 + 25,000 - 20,000 = \mathbf{\text{Rs. } 116,000}

The sales revenue and total cost of a manufacturing company for two years were as follows:

Year Sales revenues Total Cost

I Rs. 450,000 Rs. 400,000

II Rs. 700,000 Rs. 600,000

Required:

a. Profit volume ratio

b. Fixed cost

c. Break-even point in Rs.

d. Break-even point in units if selling price per unit is Rs. 10

e. Sales to earn desired profit after tax of Rs. 75,000 if tax rate is 25%

f. Profit when sales are Rs. 80,000

g. Margin of safety if profit is Rs. 125,000

[10]
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Cost-Volume-Profit Computations

Working Notes:
- $\text{Profit Year I} = 450,000 - 400,000 = \text{Rs. } 50,000$
- $\text{Profit Year II} = 700,000 - 600,000 = \text{Rs. } 100,000$
- $\Delta \text{Sales} = 700,000 - 450,000 = \text{Rs. } 250,000$
- $\Delta \text{Profit} = 100,000 - 50,000 = \text{Rs. } 50,000$
a. Profit-Volume (P/V) Ratio

$\mathbf{\text{P/V Ratio}} = \frac{\Delta \text{Profit}}{\Delta \text{Sales}} \times 100 = \frac{\text{Rs. } 50,000}{\text{Rs. } 250,000} \times 100 = \mathbf{20\%}$
b. Total Fixed Cost

$\mathbf{\text{Fixed Cost}} = (\text{Sales} \times \text{P/V}) - \text{Profit} = (450,000 \times 20\%) - 50,000 = 90,000 - 50,000 = \mathbf{\text{Rs. } 40,000}$
c. Break-Even Point in Rs.

$\mathbf{\text{BEP (Rs.)}} = \frac{\text{Fixed Cost}}{\text{P/V Ratio}} = \frac{\text{Rs. } 40,000}{0.20} = \mathbf{\text{Rs. } 200,000}$
d. Break-Even Point in Units (SPPU = Rs. 10)

$\mathbf{\text{BEP (Units)}} = \frac{\text{BEP (Rs.)}}{\text{SPPU}} = \frac{\text{Rs. } 200,000}{\text{Rs. } 10} = \mathbf{20,000\text{ units}}$
e. Sales for After-Tax Profit of Rs. 75,000 (Tax = 25%)

$\text{Required Sales} = \frac{\text{Fixed Cost} + \frac{\text{DPAT}}{1 - t}}{\text{P/V}} = \frac{40,000 + \frac{75,000}{1 - 0.25}}{0.20} = \frac{40,000 + 100,000}{0.20} = \mathbf{\text{Rs. } 700,000}$
f. Profit when Sales are Rs. 80,000

$\mathbf{\text{Profit}} = (\text{Sales} \times \text{P/V}) - \text{Fixed Cost} = (80,000 \times 0.20) - 40,000 = 16,000 - 40,000 = \mathbf{-\text{Rs. } 24,000\text{ (Loss)}}$
g. Margin of Safety if Profit is Rs. 125,000

$\mathbf{\text{Margin of Safety (Rs.)}} = \frac{\text{Profit}}{\text{P/V}} = \frac{\text{Rs. } 125,000}{0.20} = \mathbf{\text{Rs. } 625,000}$
“Budget is an important tool for the development of organizations.” Explain.

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Role of Budgeting in Organizational Development

The assertion that budgeting is an indispensable instrument for organizational development underscores how financial discipline transforms executive vision into sustainable corporate growth.

Key Ways Budgeting Drives Organizational Development
1. Strategic Orientation and Vision Alignment: Forces senior executives to look beyond immediate operational crises and map 1-to-5 year strategic growth objectives into resource allocations (capital expenditure budgets, R&D budgets).
2. Promotes Optimal Capital Allocation: By rigorously analyzing competing budget proposals, capital is prioritized toward high-ROI divisions and modern technologies rather than being wasted on redundant historical operations.
3. Institutionalizes Inter-Departmental Coordination: Harmonizes disparate corporate divisions—aligning sales targets with production schedules, warehouse storage, and procurement cash flows, breaking down harmful corporate silos.
4. Fosters Responsibility Accounting and Decentralization: Assigns managers clear financial parameters for their respective Cost Centers and Profit Centers, fostering managerial accountability and leadership development.
5. Enables Risk Mitigation and Cash Liquidity Management: Identifies seasonal cash deficits months in advance, giving finance teams ample time to negotiate commercial bank credit lines on favorable terms.
Define management accounting. Explain the importance of management accounting in the modern business world.

[10]
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Management Accounting: Definition and Significance in Modern Business

Definition

Management accounting is the process of identification, measurement, accumulation, analysis, preparation, interpretation, and communication of financial and operational information used by internal management to plan, evaluate, and control an enterprise.

Importance in Modern Business
1. Facilitates Proactive Planning: Equips leaders with dynamic forecasting models, flexible budgets, and sales projections to anticipate market volatility.
2. Empowers Relevant-Cost Decision Making: Furnishes marginal and incremental cost analyses vital for strategic choices: make-or-buy, entering new export markets, discontinuing product lines, or special pricing during recessions.
3. Controls Operational Wastage via Management by Exception: Highlights significant variances through standard costing, allowing executives to focus on adverse anomalies without getting bogged down in routine operations.
4. Aligns Operations with Strategic Goals: Utilizes multidimensional frameworks like the Balanced Scorecard to track customer satisfaction, internal process quality, and employee learning alongside financial profits.

Section C

Long Answer Questions (Attempt any Two Questions ) .

[2*15=30]

The following is a summary of the entries in a contract ledger as on $31^{\text{st}}$ Chaitra 2081.

Material purchased	Rs. 70,000
Material from store	Rs. 200,000
Direct labour	Rs. 100,000
Site office expenses	Rs. 30,000
Other expenses	Rs. 10,000
Plant installed	Rs. 200,000
Sub-contract cost	Rs. 10,000

The additional information are as follows:**i. 5% of the value of work certified still remained to be certified. ii. Material returned to store Rs. 8,000.

iii. Material costing Rs. 15,000 sold at a profit of Rs. 1,000. iv. Depreciation on plant @ 15 % p.a. v. Material at site Rs. 10,000 vi. Cash received from contractor Rs. 540,000 being 90% of work certified. vii. Contract price Rs. 900,000.

Required:**

a. Contract account

b. Contractee’s account

c. Work in progress account

d. Balance sheet

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Comprehensive Contract Accounting

Working Notes:

Work Certified & Work Uncertified:
- $\text{Cash Received} = \text{Rs. } 540,000 = 90\% \text{ of Work Certified}$ .
- $\mathbf{\text{Work Certified}} = \frac{\text{Rs. } 540,000}{0.90} = \mathbf{\text{Rs. } 600,000}$ .
- $\mathbf{\text{Work Uncertified}} = 5\% \text{ of } 600,000 = \mathbf{\text{Rs. } 30,000}$ .
Plant Valuation at Site on 31st Chaitra:
- Plant installed $= \text{Rs. } 200,000$
- Depreciation @ $15\% \text{ p.a.} = 200,000 \times 15\% = \text{Rs. } 30,000$
- $\mathbf{\text{Plant at Site c/d}} = 200,000 - 30,000 = \mathbf{\text{Rs. } 170,000}$
Material Sold:
- Cost $= \text{Rs. } 15,000$ , Profit $= \text{Rs. } 1,000 \implies \text{Selling Price} = \mathbf{\text{Rs. } 16,000}$ .
Transfer to Profit & Loss Account:
- $\text{Work Certified \%} = \frac{600,000}{900,000} \times 100 = 66.67\%$ .
- Since $50\% \le 66.67\% < 90\%$ :
  $\text{Profit to P\&L} = \text{Notional Profit} \times \frac{2}{3} \times \frac{\text{Cash Received}}{\text{Work Certified}}$

(a) Contract Account (Year ended 31st Chaitra 2081)

Dr. Particulars	Amount (Rs.)	Cr. Particulars	Amount (Rs.)
To Material purchased	70,000	By Material returned to store	8,000
To Material from store	200,000	By Material sold (Cash)	16,000
To Direct labour	100,000	By Material at site c/d	10,000
To Site office expenses	30,000	By Plant at site c/d ( $200k - 30k$ )	170,000
To Other expenses	10,000	By Work in Progress c/d:
To Plant installed	200,000	- Work Certified: Rs. 600,000
To Sub-contract cost	10,000	- Work Uncertified: Rs. 30,000	630,000
To Profit on sale of material (P&L)	1,000
To Notional Profit c/d	213,000
Total	834,000	Total	834,000
To Profit & Loss A/C ( $213,000 \times \frac{2}{3} \times 90\%$ )	127,800	By Notional Profit b/d	213,000
To WIP Reserve c/d	85,200
Total	213,000	Total	213,000

(b) Contractee’s Account

Dr. Particulars	Amount (Rs.)	Cr. Particulars	Amount (Rs.)
To Balance c/d	540,000	By Cash / Bank A/C	540,000
Total	540,000	Total	540,000

(c) Work-in-Progress Account

Dr. Particulars	Amount (Rs.)	Cr. Particulars	Amount (Rs.)
To Contract A/C (WIP Total)	630,000	By Contract A/C (WIP Reserve)	85,200
		By Balance c/d (Net WIP)	544,800
Total	630,000	Total	630,000

(d) Partial Balance Sheet (as on 31st Chaitra 2081)

Liabilities	Amount (Rs.)	Assets	Amount (Rs.)
Profit & Loss A/C:		Fixed Assets:
- Profit from Contract	127,800	Plant at site	170,000
- Profit on sale of material	1,000	Current Assets:
		Material at site	10,000
		Work in Progress:
		Work Certified: Rs. 600,000
		Work Uncertified: Rs. 30,000
		Total WIP: Rs. 630,000
		Less: WIP Reserve: (Rs. 85,200)
		Less: Cash Received: (Rs. 540,000)	4,800

The following details are given to you:

Particulars	Process A	Process B	Process C
Raw material used 1,000 kg	Rs. 60,000	–	–
Indirect material	Rs. 52,000	Rs. 39,600	Rs. 59,240
Labour cost	Rs. 40,000	Rs. 60,000	Rs. 80,000
Production overhead 100% of labour	–	–	–
Actual output kg	950	840	750
Normal loss	5%	10%	15%
Sale of scrap per kg	Rs. 40	Rs. 80	Rs. 100

Required: a. Process accounts b. Normal loss account c. Abnormal gain account d. Abnormal loss account

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Process Costing Accounts

Working Computations:

Process A:
- Input $= 1,000\text{ kg}$ (Rs. 60,000). Normal Loss $= 5\% = 50\text{ kg}$ @ Rs. $40 = \text{Rs. } 2,000$ .
- Normal Output $= 1,000 - 50 = 950\text{ kg}$ . Actual Output $= 950\text{ kg}$ (No Abnormal Loss/Gain).
- Production Overhead $= 100\% \text{ of Labour (Rs. 40,000)} = \text{Rs. } 40,000$ .
- Total Process Cost $= 60,000 + 52,000 + 40,000 + 40,000 = \text{Rs. } 192,000$ .
- Cost per kg $= \frac{192,000 - 2,000}{950} = \frac{190,000}{950} = \mathbf{\text{Rs. } 200.00\text{ / kg}}$ .
- Transferred to Process B $= 950 \times 200 = \mathbf{\text{Rs. } 190,000}$ .
Process B:
- Input from A $= 950\text{ kg}$ (Rs. 190,000).
- Normal Loss $= 10\% \text{ of } 950 = 95\text{ kg}$ @ Rs. $80 = \text{Rs. } 7,600$ .
- Normal Output $= 950 - 95 = 855\text{ kg}$ .
- Actual Output $= 840\text{ kg} \implies \mathbf{\text{Abnormal Loss}} = 855 - 840 = \mathbf{15\text{ kg}}$ .
- Production Overhead $= 100\% \text{ of Labour (Rs. 60,000)} = \text{Rs. } 60,000$ .
- Total Cost $= 190,000 + 39,600 + 60,000 + 60,000 = \text{Rs. } 349,600$ .
- Cost per kg $= \frac{349,600 - 7,600}{855} = \frac{342,000}{855} = \mathbf{\text{Rs. } 400.00\text{ / kg}}$ .
- Transferred to Process C $= 840 \times 400 = \mathbf{\text{Rs. } 336,000}$ .
- Abnormal Loss Value $= 15 \times 400 = \mathbf{\text{Rs. } 6,000}$ .
Process C:
- Input from B $= 840\text{ kg}$ (Rs. 336,000).
- Normal Loss $= 15\% \text{ of } 840 = 126\text{ kg}$ @ Rs. $100 = \text{Rs. } 12,600$ .
- Normal Output $= 840 - 126 = 714\text{ kg}$ .
- Actual Output $= 750\text{ kg} \implies \mathbf{\text{Abnormal Gain}} = 750 - 714 = \mathbf{36\text{ kg}}$ .
- Production Overhead $= 100\% \text{ of Labour (Rs. 80,000)} = \text{Rs. } 80,000$ .
- Total Cost before gain $= 336,000 + 59,240 + 80,000 + 80,000 = \text{Rs. } 555,240$ .
- Cost per kg $= \frac{555,240 - 12,600}{714} = \frac{542,640}{714} = \mathbf{\text{Rs. } 760.00\text{ / kg}}$ .
- Transferred to Finished Stock $= 750 \times 760 = \mathbf{\text{Rs. } 570,000}$ .
- Abnormal Gain Value $= 36 \times 760 = \mathbf{\text{Rs. } 27,360}$ .

(a) Process Accounts

Process A Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Raw Material	1,000	60,000	By Normal Loss (5%)	50	2,000
To Indirect Material	-	52,000	By Process B A/C (Rs. 200)	950	190,000
To Labour Cost	-	40,000
To Production Overhead	-	40,000
Total	1,000	192,000	Total	1,000	192,000

Process B Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Process A A/C	950	190,000	By Normal Loss (10%)	95	7,600
To Indirect Material	-	39,600	By Abnormal Loss A/C (Rs. 400)	15	6,000
To Labour Cost	-	60,000	By Process C A/C (Rs. 400)	840	336,000
To Production Overhead	-	60,000
Total	950	349,600	Total	950	349,600

Process C Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Process B A/C	840	336,000	By Normal Loss (15%)	126	12,600
To Indirect Material	-	59,240	By Finished Stock A/C (Rs. 760)	750	570,000
To Labour Cost	-	80,000
To Production Overhead	-	80,000
To Abnormal Gain A/C	36	27,360
Total	876	582,600	Total	876	582,600

(b) Normal Loss Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Process A A/C	50	2,000	By Cash (Process A scrap)	50	2,000
To Process B A/C	95	7,600	By Cash (Process B scrap)	95	7,600
To Process C A/C	126	12,600	By Abnormal Gain A/C ( $36 \times 100$ )	36	3,600
			By Cash (Process C scrap: $90 \times 100$ )	90	9,000
Total	271	22,200	Total	271	22,200

(c) Abnormal Loss Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Process B A/C	15	6,000	By Cash (Scrap sales: $15 \times \text{Rs. } 80$ )	15	1,200
			By Costing P&L A/C (Net Loss)	-	4,800
Total	15	6,000	Total	15	6,000

(d) Abnormal Gain Account

Dr. Particulars	Units (kg)	Amount (Rs.)	Cr. Particulars	Units (kg)	Amount (Rs.)
To Normal Loss A/C ( $36 \times \text{Rs. } 100$ )	36	3,600	By Process C A/C	36	27,360
To Costing P&L A/C (Net Gain)	-	23,760
Total	36	27,360	Total	36	27,360

“Cost reduction is the accomplishment of a permanent and real reduction in per unit cost of goods without compromising the value it is intended to deliver.” Comment. And also differentiate between cost reduction and cost control.

[15]

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Critical Commentary on Cost Reduction and its Distinction from Cost Control

The statement that “Cost reduction is the accomplishment of a permanent and real reduction in per unit cost of goods without compromising the value it is intended to deliver” captures the true essence of modern value engineering.

1. Critical Commentary: The Value Dimension of Cost Reduction

Real and Permanent Savings: Cost reduction does not stem from temporary market windfalls (such as temporary price dips in raw materials) or artificial austerity measures (such as freezing necessary maintenance). It originates from fundamental improvements in product design, material substitution, workflow automation, and process re-engineering.
Non-Compromising on Delivered Value: Cheapening a product by using inferior inputs that fail prematurely is not cost reduction; it is value destruction that alienates customers and damages corporate goodwill. Genuine cost reduction maintains or elevates durability, safety, aesthetic appeal, and functionality while eliminating non-value-adding operational waste (Muda).
Application of Value Analysis and Target Costing: Through systematic value engineering, multidisciplinary teams evaluate every design feature: “Does this part perform a necessary function? Can a lighter, recyclable material accomplish the identical utility at half the cost?”

2. Comprehensive Differences between Cost Control and Cost Reduction

Dimension	Cost Control	Cost Reduction
Core Objective	To keep actual operational expenditures strictly within pre-determined standards or budgetary limits.	To challenge and permanently lower the established standards through innovation.
Philosophical Assumption	Assumes that existing operating procedures, standards, and targets are optimal and fixed.	Assumes that no standard is permanent and that every process contains hidden waste (Kaizen).
Temporal Focus	Past and present oriented; a reactive control mechanism.	Future oriented; a proactive, creative re-engineering mechanism.
Scope of Action	Ceases when actual costs align with budgeted targets.	A continuous, never-ending journey of incremental improvement.
Analytical Tools	Budgetary control, standard costing, operational variance analysis.	Value engineering, work study, Lean manufacturing, target costing, quality circles.
Impact on Quality	Risk of degrading quality if frontline managers cut corners to satisfy budget ceilings.	Quality is rigorously safeguarded or enhanced as a core prerequisite.

Chapter notes & lecture slides

No chapter notes or slides are available for this course.

Semi-Skilled	3	Rs.3
Un-Skilled	5	Rs.2
	10
Types	No.	Rate per hour
Skilled	2	Rs.5
Semi-Skilled	4	Rs.4
Un-Skilled	4	Rs.2
	10

Materials	Standard	Actual
Quantity	Price (RS.)	Quantity
A	60%	Rs. 8 per kg
B	40%	Rs. 5 per kg

Syllabus

Cost and Management Accounting Syllabus

Course Objective

Course Description

Course Contents:

Suggested Readings:

Chapter-wise questions

Unit 1: Conceptual Foundation

Role and Practice of Management Accounting in Achieving Organizational Goals

1. Core Functions in the Management Accounting Process

a. Identification and Accumulation of Data

b. Measurement and Valuation

c. Analysis and Diagnostics

d. Interpretation and Communication

2. How Management Accounting Drives Strategic Goal Achievement

Conclusion

Management Accounting: Definition and Reasons for Rising Popularity

Definition

Key Reasons for Gaining Tremendous Popularity in Modern Business

Calculation of Labour Variances

Step 1: Gang Hours and Standard Work Specifications

Step 2: Calculate Standard Hours (SH) for Actual Output

Step 3: Actual Hours Paid (AH) for 40 hours week

Step 4: Revised Standard Hours (RSH)

Step 5: Variance Computations

Role of Management Accounting in Policy Formulation and Day-to-Day Administration

1. Assistance in Strategic Policy Formulation

a. Long-Term Capital Investment Decisions

b. Pricing Policies and Competitive Positioning

c. Product Portfolio and Make-or-Buy Policies

2. Assistance in Day-to-Day Operations and Operational Control

Conclusion

Significance of Management Accounting in Planning, Policy Formulation, and Decision Making

1. Significance in Formulating Plans and Policies

2. Significance in Taking Right Managerial Decisions

Management Accounting: Definition and Reasons for Rising Popularity

Definition

Key Reasons for Gaining Tremendous Popularity in Modern Business

Past exam papers

Cost and Management Accounting 2082 Board Question Paper

(a) Job Order Costing: Meaning and Importance

(b) Overhead Cost per Unit under Activity-Based Costing (ABC)

Step 1: Calculate Total Activity Consumption Driver Quantities

Step 2: Calculate Cost Driver Rates

Step 3: Allocate Overheads and Compute Cost per Unit

(a) Characteristics of Joint Product and By-Product

Characteristics of Joint Products:

Characteristics of By-Products:

(b) Calculation of Material Variances

Step 1: Standard Input Requirements

Step 2: Variance Calculations

Solution: Absorption & Variable Costing

Working Notes:

(a) Income Statement under Absorption Costing

(b) Reconciled Profit under Variable Costing

Reconciliation Formula:

Cost-Volume-Profit Computations

Working Notes:

a. Profit-Volume (P/V) Ratio

b. Total Fixed Cost

c. Break-Even Point in Rs.

d. Break-Even Point in Units (SPPU = Rs. 10)

e. Sales for After-Tax Profit of Rs. 75,000 (Tax = 25%)

f. Profit when Sales are Rs. 80,000

g. Margin of Safety if Profit is Rs. 125,000

Role of Budgeting in Organizational Development

Key Ways Budgeting Drives Organizational Development

Management Accounting: Definition and Significance in Modern Business

Definition

Importance in Modern Business

Comprehensive Contract Accounting

Working Notes:

(a) Contract Account (Year ended 31st Chaitra 2081)

(b) Contractee’s Account

(c) Work-in-Progress Account

(d) Partial Balance Sheet (as on 31st Chaitra 2081)

Process Costing Accounts

Working Computations:

(a) Process Accounts

Process A Account