- Accounting Basics Tutorial
- Accounting - Home
- Accounting - Overview
- Accounting - Process
- Accounting - Basic Concepts
- Accounting - Conventions
- Accounting - Accounts' Classification
- Accounting - Systems

- Financial Accounting
- Financial Accounting - Journal
- Financial Accounting - Ledger
- Financial Accounting - Books
- Financial Accounting - Depreciation

- Cost Accounting
- Cost Accounting - Introduction
- Cost Accounting - Advantages
- Cost Accounting - vs. Financial A/c
- Cost Accounting - Cost Classification
- Cost Accounting - Elements of Cost
- Cost Accounting - Cost Sheet
- Cost Accounting - Cost Control
- Cost Accounting - Cost Reduction
- Cost Accounting - Budgeting

- Cost Accounting Techniques
- Cost Accounting - Marginal Costing
- Cost Accounting - Standard Costing
- Cost Accounting - Variance Analysis
- Cost Accounting - CVP Analysis

- Management Accounting
- Management A/c - Introduction
- Management A/c - vs. Cost A/c
- Management A/c - vs. Financial A/c
- Management A/c - Cash Flow
- Management A/c - Ratio Analysis
- Management A/c - Useful Ratios
- Management A/c - Working Capital

- Accounting Useful Resources
- Accounting Basics - Quick Guide
- Accounting Basics - Useful Resources
- Accounting Basics - Discussion

- Selected Reading
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Cost-Volume-Profit (CVP) Analysis is also known as Break–Even Analysis. Every business organization works to maximize its profits. With the help of CVP analysis, the management studies the co-relation of profit and the level of production.

CVP analysis is concerned with the level of activity where total sales equals the total cost and it is called as the break-even point. In other words, we study the sales value, cost and profit at different levels of production. CVP analysis highlights the relationship between the cost, the sales value, and the profit.

Let us go through the assumptions for CVP analysis:

Variable costs remain variable and fixed costs remain static at every level of production.

Sales volume does not affect the selling price of the product. We can assume the selling price as constant.

At all level of sales, the volume, material, and labor costs remain constant.

Efficiency and productivity remains unchanged at all the levels of sales volume.

The sales-mix at all level of sales remains constant in a multi-product situation.

The relevant factor which affects the cost and revenue is volume only.

The volume of sales is equal to the volume of production.

Equations for elements of cost are as follows:

Sales = Variable costs + Fixed Expenses ± Profit /Loss Or Sales – Variable Cost = Fixed Expenses ± Profit /Loss Or Sales – Variable Cost = Contribution

It is necessary to understand the following four concepts, their calculations, and applications to know the mathematical relation between cost, volume, and profit:

- Contribution
- Profit Volume Ratio (P/V Ratio or Contribution/Sales (C/S))
- Break-Even Point
- Margin of Safety

Contribution = Sales – Marginal Cost

We have already discussed contribution in Marginal Costing topic above.

Profit / Volume (P/V) ratio is calculated while studying the profitability of operations of a business and to establish a relation between Sales and Contribution. It is one of the most important ratios, calculated as under:

Contribution
Sales

=

Fixed Expenses+Profit
Sales

=

Sales−Variable Cost
Sales

=

Change in profits of Contributions
Change in Sales

The P/V Ratio shares a direct relation with profits. Higher the P/V ratio, more the profit and vice-a-versa.

When the total cost of executing business equals to the total sales, it is called break-even point. Contribution equals to the fixed cost at this point. Here is a formula to calculate break-even point:

B.E.P (in units) =

Total Fixed Expenses
Selling Price per Unit − Marginal Cost per Unit

=

Total Fixed Expenses
Contribution per Unit

Break-even point based on total sales:

=

Fixed Cost
^{P}⁄_{V} Ratio

Calculation of output or sales value at which a desired profit is earned:

=

Fixed Expenses + Desired Profit
Selling Price per Unit − Marginal Cost per Unit

=

Fixed Expenses + Desired Profit
Contribution per Unit

A company may have different production units, where they may produce the same product. In this case, the combined fixed cost of each productions unit and the combined total sales are taken into consideration to find out BEP.

**Constant Product**- Mix Approach In this approach, the ratio is constant for the products of all production units.**Variable Product**- Mix Approach In this approach, the preference of products is based on bigger ratio.

Excess of sale at BEP is known as margin of safety. Therefore,

Margin of safety = Actual Sales − Sales at BEP

Margin of safety may be calculated with the help of the following formula:

Margin of Safety =

Profit
^{P}⁄_{V} Ratio

=

Profit
Contribution per Unit

Break-Even Chart is the most useful graphical representation of marginal costing. It converts accounting data to a useful readable report. Estimated profits, losses, and costs can be determined at different levels of production. Let us take an example.

Calculate break-even point and draw the break-even chart from the following data:

Fixed Cost = Rs 2,50,000 Variable Cost = Rs 15 per unit Selling Price = Rs 25 per unit Production level in units 12,000, 15,000, 20,000, 25,000, 30,000, and 40,000.

**Solution:**

B.E.P =

Fixed Cost
Contribution per unit

=

Rs 2,50,000
Rs 10 × (Rs 25 - Rs 15)

= 25,000 units

At production level of 25,000 units, the total cost will be Rs 6,25,000.

(Calculated as (25000 × 14) + 2,50000)

Statement showing Profit & Margin of safety at different level of production Break Even Sale = Rs 6,25,000 (25,000 x 25) | ||||

Production (In Units) |
Total Sale (In Rs) |
Total Cost (In Rs) |
Profit (Sales - Cost) (In Rs) |
Margin of safety (Profit/Contribution per unit) (In Units) |

12000 | 3,00,000 | 4,30,000 | -1,30,000 | |

15000 | 3,75,000 | 4,75,000 | -1,00,000 | |

20000 | 5,00,000 | 5,50,000 | -50,000 | |

25000 | 6,25,000 | 6,25,000 | (B.E.P) | (B.E.P) |

30000 | 7,50,000 | 7,00,000 | 50,000 | 5,000 |

40000 | 10,00,000 | 8,50,000 | 1,50,000 | 15,000 |

The corresponding chart plotted as production against amount appears as follows:

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