Use Break Even Analysis to discover the point where your investment starts to pay off.

In service, your ultimate objective is to make money.

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So, when you launch a new product or purchase a new item of devices, how perform you understand whether a potential investment will at least cover the prices connected via it?

You can sindicate make a wish and hope it all works out – or you deserve to evaluate the project more formally to watch if it provides financial feeling. One means of doing this is to complete a Break-Even Analysis.

This determines the break-even point – the level of output at which the earnings generated by a project equal expenses. At the break-even allude, you don"t make or lose money. Once you pass break-even, you make money; below break-also, you shed it.

Using a Break-Even Analysis, you can answer concerns like:

What are the projected revenues and also losses at any given output level?At what minimum sales level do you protect against making a loss?Do your sales projections for a new product exceed break-even?If you drop a product, will your break-even improve?How will certainly raising or lowering prices impact your profitability?If costs increase, what is the effect on your break-also position?How does investing in facility enhancements influence your break-even point?

## Calculating the Break-Even Point

Determining the break-even allude entails an easy mathematical equation. You reach break-also at the point where full expenses (TC) equal total earnings (TR), or

TC = TR

Total costs have addressed and variable components:

Fixed costs (FC) remain the very same, regardless of your output. Rent, insurance, and also base salaries are examples of resolved prices.Variable costs (VC) readjust through the number of devices produced or marketed. Instances are materials, sales comgoals, and also direct labor expenses. Therefore, total variable costs (TVC) equal the variable costs multiplied by the variety of systems, or TVC = n x VC, wright here n is the number of systems.Total costs equal complete solved costs plus complete variable costs: TC = FC + (n x VC).

You deserve to see exactly how these costs differ via the number of systems sold in number 1, below:

Total revenue is the price charged per unit multiplied by the number of units developed or sold: TR = n x P, where P amounts to the unit price.

Again, you deserve to check out the line for Total Revenue in number 1, via break-also emerging wbelow the TR line crosses the TC line.

You can calculate the break-also suggest by expanding the break-also equation:

TC = TRFC + (n x VC) = n x P

Solving for n gives you the number of systems you have to break even:

n = FC/(P – VC)

If you have actually a certain profit targain, you have the right to use the break-also equation to calculate the number of units you should market to achieve that target:

n x P = FC + (n x VC) + Profitn = (FC + Profit)/(P – VC)

## A Break-Even Example

Let"s imagine that you"re considering launching a new product. Market research has presented that customers will pay \$115 for it, and also your sales team is confident that they have the right to sell at least 500 devices per month. The equipment you"ll should produce the product expenses \$900,000 and this will be spcheck out over three years, offering you a fixed expense of \$25,000 per month. You must decide if the product is financially viable.

 Fixed costs/month \$25,000 Variable costs/unit: Direct labor \$20 Direct materials \$15 Shipping \$5 Sales commission \$10 Total VC/unit \$50 Price/unit \$115

To calculate the break-also point, use this equation:

n = FC/(P – VC)n = 25,000/(115 – 50)n = 384.6

The break-even point is 385 devices per month. This is below the minimum sales volume that the sales team thinks they have the right to attain, so the product has actually a great possibility of making money.

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