Management Accounting CBCAT5T08B

Syllabus topics (RTMNU)

• Nature, Scope, Functions, Importance and Objectives of Management Accounting
• Relationship between Financial Accounting, Cost Accounting and Management Accounting
• Marginal costing with Break-even analysis
• Make or Buy Decision
• Product Mix Decision
• Accept or Reject Special Order
• Shut Down Decision

Meaning and Nature of Management Accounting

Management accounting is the presentation of accounting information in such a way that it helps management in planning, decision-making and control.

Nature (features):

1. Decision-oriented – provides data for choosing between alternatives.
2. Future-oriented – deals with budgets and forecasts, not only past records.
3. Uses financial and cost data – rearranges them for managers.
4. No fixed rules – formats suit management needs; not bound by Accounting Standards.
5. Selective – only relevant information is supplied.
6. Analysis of cause and effect – explains why profit changed.
7. Supplies information, not decisions – the manager decides.

Scope, Functions, Objectives and Importance

Scope: financial accounting, cost accounting, budgeting and budgetary control, marginal costing, standard costing, ratio analysis, fund flow and cash flow statements, management reporting, tax planning, internal audit, statistical methods.

Functions: (1) planning and forecasting; (2) modifying and analysing data; (3) helping decision-making; (4) controlling performance through budgets and standards; (5) communicating through reports; (6) coordinating departments; (7) motivating staff through targets.

Objectives: help in policy formulation; assist in planning; aid decision-making; control performance; interpret financial data; increase efficiency and profit.

Importance: better planning; scientific decisions (make or buy, pricing); cost control; measurement of efficiency; better communication; maximising profit.

Financial, Cost and Management Accounting

Management accounting uses data from both financial and cost accounting; the three are complementary.

Marginal Costing with Break-even Analysis

Marginal costing is a technique where only variable costs are charged to products, and fixed costs are treated as period costs and written off against total contribution.

Illustration 1: Selling price ₹50 per unit, variable cost ₹30 per unit, fixed cost ₹2,00,000. Actual sales 15,000 units. Find P/V ratio, BEP, profit, margin of safety and sales needed to earn ₹1,20,000.

Make or Buy Decision

Compare the marginal (variable) cost of making with the purchase price. Fixed costs that continue anyway are irrelevant. Make if marginal cost < purchase price (when there is spare capacity).

Illustration 2: A component costs: materials ₹12, labour ₹8, variable overheads ₹5, fixed overheads ₹6 (apportioned) = ₹31 per unit. It can be bought for ₹28. 10,000 units are needed. Decide.

Solution: Marginal cost of making = 12 + 8 + 5 = ₹25. Purchase price ₹28. Making saves ₹3 per unit = 3 × 10,000 = ₹30,000. Decision: make (fixed overheads ₹6 are incurred anyway).

Product Mix Decision (Key Factor)

When a resource is limited (key factor – labour hours, material, machine hours), rank products by contribution per unit of the key factor.

Illustration 3: Labour hours available 10,000.

Solution: Make B first: 3,000 units × 2 hrs = 6,000 hrs. Remaining 4,000 hrs ÷ 4 = 1,000 units of A. Total contribution = 3,000 × 30 + 1,000 × 40 = 90,000 + 40,000 = ₹1,30,000.

Accept or Reject Special Order

Accept a special order below the normal price if (i) there is spare capacity, (ii) the price is more than the marginal cost, and (iii) it does not disturb the regular market.

Illustration 4: Capacity 10,000 units; present output 8,000 units sold at ₹50; variable cost ₹30 per unit; fixed costs covered. An exporter offers ₹35 per unit for 1,000 units. Solution: extra contribution = (35 − 30) × 1,000 = ₹5,000. Since spare capacity exists and the export market is separate, accept.

Shut Down Decision

A firm may close temporarily if the contribution does not cover the fixed costs that can be saved by shutting down.

Illustration 5: Fixed cost ₹1,00,000, of which ₹40,000 will continue even if shut down; contribution ₹10 per unit. Shut-down point = (1,00,000 − 40,000) ÷ 10 = 6,000 units. If expected sales are below 6,000 units, it is better to shut down temporarily.

Likely exam questions

1. (Long, 8/16 marks) Define management accounting. Explain its nature, scope and functions, and distinguish it from financial and cost accounting.
2. (Long, 8/16 marks) From the following, find P/V ratio, BEP in units and ₹, and the sales needed to earn a profit of ₹90,000: Selling price ₹40 per unit, variable cost ₹24 per unit, fixed cost ₹1,60,000.
3. (Short, 4 marks) State the objectives of management accounting.
4. (Short, 4 marks) What is a key factor? How does it affect product mix decisions?
5. (Short, 4 marks) When should a firm accept a special order at a price below the normal price?

Syllabus topics (RTMNU)

• Meaning and Significance of Ratio Analysis
• Advantages and Limitations of Ratio Analysis
• Liquidity Ratios (Current Ratio, Quick Ratio, Acid Test Ratio, Working Capital Ratio)
• Profitability Ratios (Gross Profit Ratio, Net Profit Ratio, Operating Profit Ratio, Return on Capital Employed (ROCE), Return on Equity (ROE), Earnings Per Share (EPS))
• Solvency Ratios (Debt Equity Ratio, Proprietary Ratio, Capital Gearing Ratio)
• Activity / Efficiency Ratios (Inventory Turnover Ratio, Debtors Turnover Ratio, Creditors Turnover Ratio)

Meaning and Significance of Ratio Analysis

A ratio is the numerical relationship between two related figures, expressed as a proportion (2:1), a percentage (25%) or times (8 times). Ratio analysis is the technique of calculating and interpreting accounting ratios to judge the liquidity, profitability, solvency and efficiency of a business.

Significance / advantages: simplifies accounting figures; judges liquidity and solvency; measures profitability and efficiency; helps inter-firm and inter-period comparison; helps forecasting and planning; shows weak areas; useful to investors, banks and creditors.

Limitations: based on past data; affected by different accounting policies; window dressing can distort; ignores price-level changes; no single standard ratio; ignores qualitative factors (management quality); a ratio alone means little without comparison.

Illustration 1 – Data for all ratios

Balance Sheet of Shree Ltd as on 31 March 2026

Other information for 2025-26: Sales ₹20,00,000 (credit sales ₹16,00,000); cost of goods sold ₹15,00,000; operating expenses ₹2,00,000; debenture interest ₹36,000; tax 25%; opening inventory ₹2,50,000; credit purchases ₹12,00,000. (Take closing receivables and payables as average.)

Working note – Income statement: Sales 20,00,000 − COGS 15,00,000 = Gross profit 5,00,000; − Operating expenses 2,00,000 = Operating profit (EBIT) 3,00,000; − Interest 36,000 = EBT 2,64,000; − Tax 66,000 = PAT 1,98,000; − Preference dividend 10,000 = Profit for equity 1,88,000.

Liquidity Ratios

Current assets = 1,50,000 + 1,60,000 + 40,000 + 40,000 + 10,000 = ₹4,00,000. Current liabilities = 1,20,000 + 30,000 + 50,000 = ₹2,00,000. Quick assets = CA − inventory − prepaid = 4,00,000 − 1,50,000 − 10,000 = ₹2,40,000. Working capital = 4,00,000 − 2,00,000 = ₹2,00,000.

Ideal: current ratio 2:1; quick ratio 1:1. Shree Ltd's liquidity is satisfactory.

Profitability Ratios

Capital employed = Equity 5,00,000 + Preference 1,00,000 + Reserves 2,00,000 + Debentures 3,00,000 = ₹11,00,000 (also = Total assets 13,00,000 − Current liabilities 2,00,000). Equity shareholders' funds = 5,00,000 + 2,00,000 = ₹7,00,000. Operating ratio = (COGS + operating expenses) ÷ Sales = 17,00,000 ÷ 20,00,000 = 85%, so operating profit ratio = 100 − 85 = 15%.

Solvency Ratios

Shareholders' funds = Equity + Preference + Reserves = ₹8,00,000. A debt–equity ratio up to 2:1 is generally considered safe; capital gearing below 1 means low gearing.

Activity / Efficiency Ratios

Illustration 2 – Finding figures from ratios

Question: Current ratio 2.5 : 1; working capital ₹75,000; quick ratio 1.5 : 1. Find current assets, current liabilities and inventory.

Solution: Let CL = x; CA = 2.5x. WC = 2.5x − x = 1.5x = 75,000, so x = ₹50,000 (CL) and CA = ₹1,25,000. Quick assets = 1.5 × 50,000 = ₹75,000. Inventory = 1,25,000 − 75,000 = ₹50,000.

Likely exam questions

1. (Long, 8/16 marks) What is ratio analysis? Explain its advantages and limitations.
2. (Long, 8/16 marks) From the following, calculate current ratio, quick ratio, debt–equity ratio and inventory turnover ratio: Current assets ₹3,00,000 (including inventory ₹1,00,000); current liabilities ₹1,50,000; debentures ₹2,00,000; shareholders' funds ₹5,00,000; cost of goods sold ₹9,00,000; opening inventory ₹80,000.
3. (Short, 4 marks) Distinguish between current ratio and quick ratio.
4. (Short, 4 marks) What is capital gearing ratio? Explain high and low gearing.
5. (Short, 4 marks) Explain ROCE and EPS with formulas.

Syllabus topics (RTMNU)

• Meaning and Concept of Fund Flow Statement
• Objectives and Limitations of Fund Flow Statement
• Schedule of Changes in Working Capital
• Calculation of Funds from Operations
• Preparation of Fund Flow Statement

Meaning and Concept of Fund Flow Statement

In fund flow analysis, "fund" means working capital (current assets − current liabilities). A flow of funds takes place when a transaction changes the amount of working capital – that is, when it involves one current item and one non-current item.

Rule: current + non-current item → flow of funds (e.g. issue of shares for cash). Current + current, or non-current + non-current → no flow (e.g. cash collected from debtors; shares issued to buy a building).

Objectives and Limitations

Objectives: show sources and uses of working capital; explain why working capital rose or fell; show how fixed assets were financed; help plan future financing; judge whether long-term funds were used for short-term needs; assist lenders in judging the firm's financial policies.

Limitations: it rearranges data already in the balance sheets; it is historical; it ignores changes inside current items (cash position) – a cash flow statement is better for that; it is not a substitute for the income statement. (For companies, AS 3 / Ind AS 7 require a cash flow statement, not a fund flow statement.)

Illustration 1 – Complete problem

Balance Sheets of Neel Ltd

Additional information: (1) Depreciation of ₹30,000 was charged on plant. (2) A machine with book value ₹20,000 was sold for ₹25,000. (3) No depreciation on building.

Schedule of Changes in Working Capital

Calculation of Funds from Operations

Funds from operations (FFO) is the working capital generated by normal trading. Start with net profit and add back non-fund and non-operating charges; deduct non-operating incomes.

Working note 1 – Plant and Machinery Account

Working note 2 – Funds from operations

Preparation of Fund Flow Statement

Fund Flow Statement of Neel Ltd for the year ended 31 March 2026

Illustration 2 – Funds from Operations (statement form)

Question: Net profit for the year ₹1,50,000 was arrived at after charging depreciation ₹40,000, goodwill written off ₹10,000 and loss on sale of furniture ₹5,000, and after crediting profit on sale of investments ₹8,000 and dividend received ₹7,000. Find funds from operations.

Note: dividend received and sale proceeds of investments are shown separately as sources in the fund flow statement.

Likely exam questions

1. (Long, 8/16 marks) What is a fund flow statement? Explain its objectives and limitations, and the rule for flow of funds.
2. (Long, 8/16 marks) From the balance sheets of a firm for two years and the additional information given (depreciation, sale of assets, transfer to reserve), prepare a schedule of changes in working capital, calculate funds from operations and prepare a fund flow statement.
3. (Short, 4 marks) What is meant by 'fund' and 'flow of funds'?
4. (Short, 4 marks) How are funds from operations calculated?
5. (Short, 4 marks) State the effect of changes in current assets and current liabilities on working capital.

Syllabus topics (RTMNU)

• Meaning and Objectives of Budget
• Importance of Budgetary Control
• Essentials of a Good Budgetary Control System
• Types of Budgets
• Preparation of Sales Budget
• Production Budget
• Cash Budget
• Flexible Budget

Meaning and Objectives of Budget

A budget is a plan of future activities expressed in money and/or quantities, prepared in advance for a definite period.

Budgetary control is the system of preparing budgets, comparing actual results with budgeted figures, finding the variances and taking corrective action.

Objectives: planning; coordination of departments; control of costs; fixing responsibility; motivating staff with targets; efficient use of resources; maximising profit.

Importance of Budgetary Control

1. Forces management to plan ahead.
2. Coordinates sales, production, purchase and finance.
3. Controls expenditure – deviations are noticed quickly.
4. Fixes responsibility on department heads.
5. Helps in efficient use of resources and cost reduction.
6. Provides a basis for performance evaluation.
7. Helps in obtaining bank finance (cash budget shows repayment ability).

Limitations: based on estimates; time-consuming and costly; may become rigid; needs cooperation of all staff.

Essentials of a Good Budgetary Control System

1. Clear objectives and support of top management.
2. Sound organisation – budget committee and budget officer; budget manual.
3. Proper budget period – usually one year, divided into months/quarters.
4. Key (limiting) factor identified first – e.g. sales or materials.
5. Realistic targets – neither too easy nor impossible.
6. Participation of people who will carry out the budget.
7. Flexibility – revise when conditions change.
8. Good accounting system and prompt reporting of variances.
9. Follow-up and corrective action.

Types of Budgets

• By function: sales budget, production budget, materials budget, labour budget, overhead budget, cash budget, capital expenditure budget, and the master budget (summary of all).
• By time: long-term (3–5 years), short-term (one year), current (a month or quarter).
• By flexibility: fixed budget (one level of activity) and flexible budget (several levels).
• Others: zero-base budget (every expense justified afresh), performance budget (used by government).

Sales Budget

The sales budget estimates sales quantity and value for the budget period, product-wise, area-wise and period-wise. It is usually the first budget because sales is the most common key factor.

Illustration 1: Expected sales: Q1 4,000, Q2 5,000, Q3 6,000, Q4 5,000 units at ₹50 per unit.

Production Budget

Illustration 2 (continuing): Closing stock of each quarter = 20% of the next quarter's sales. Opening stock in Q1 = 800 units. Q1 sales of next year = 4,500 units.

Cash Budget

A cash budget estimates cash receipts and payments over a period to show the expected cash balance (surplus or shortage) each month.

Illustration 3: Prepare a cash budget for April–June 2026. Opening cash on 1 April ₹25,000. Sales: March ₹1,20,000, April ₹1,40,000, May ₹1,50,000, June ₹1,30,000 – 30% received in cash in the month of sale, 70% in the next month. Purchases: March ₹80,000, April ₹90,000, May ₹1,00,000 – paid in the following month. Wages: April ₹20,000, May ₹22,000, June ₹21,000 (paid same month). Other expenses ₹10,000 per month. Machinery bought in May ₹50,000.

May shows a low balance because of the machinery purchase; management can plan a short-term bank loan in advance if a minimum balance is required.

Flexible Budget

A flexible budget is designed to change with the level of activity. Costs are classified as fixed, variable and semi-variable.

Illustration 4: At 100% capacity the firm makes 10,000 units. Selling price ₹70. Per unit: materials ₹20, labour ₹15, variable overheads ₹5. Semi-variable overheads: ₹20,000 fixed + ₹3 per unit. Fixed overheads ₹60,000. Prepare a flexible budget at 60%, 80% and 100%.

Cost per unit falls as output rises because fixed costs are spread over more units.

Likely exam questions

1. (Long, 8/16 marks) What is budgetary control? Explain its importance and the essentials of a good budgetary control system.
2. (Long, 8/16 marks) Prepare a flexible budget at 50%, 75% and 100% capacity from the following (100% = 20,000 units): materials ₹10 per unit, labour ₹6 per unit, variable overheads ₹4 per unit, semi-variable overheads ₹30,000 fixed plus ₹2 per unit, fixed overheads ₹80,000, selling price ₹30 per unit.
3. (Short, 4 marks) Define budget and budgetary control.
4. (Short, 4 marks) Distinguish between fixed and flexible budgets.
5. (Short, 4 marks) What is a cash budget? State its uses.