Break-even analysis Flashcards
Break-even analysis
is a decision-making tool used to calculate the level of sales needed to cover all costs of production. Any sales beyond the break-even point generate a positive safety margin and hence profit for the business
BEC (Break-even chart)
Is a diagrammatic representation of a firm’s costs, revenues and profits (or loss) at various levels of output
BEP (Break-even point)
Refers to the position on a break-even chart where the total cost line intersects the total revenue line. This is shown at the point where TC=TR
BEQ (Break-even quantity)
refers to the level of output that generates neither profit nor loss. It is shown along the x-axis on a break-even chart.
Contribution
Refers to the sum of money that remains after all direct or variable costs have been deducted from the sales revenue of a product
Contribution per unit (or unit contribution)
Is the difference between the selling price of a product and its variable costs of production (P-AVC)
Loss
a loss exists when the firm’s total costs exceed its total revenues. This occurs at all levels of output or sales below the BEQ
MOS (margin of safety)
is the difference between a firm’s actual sales quantity and its break-even quantity. A positive safety margin means the firm can reduce output (or sales volume) by that amount without making a loss.
Profit
is the positive difference between a firms sales revenue and its total costs. Profit is shown in a BEC at all levels of output beyond the BEQ
Target price
is the price set by a firm in order to reach break-even or a certain target profit
Target profit
is the amount of surplus a firm intends to achieve based on price and cost data. It is calculated by deducting total costs from expected sales revenue.
Target profit output
is the sales volume or level of output required to achieve the target profit that business managers expect to achieve by the end of a given time period.
Total contribution
is the unit contribution (P-AVC) multiplied by the quantity of sales (Q). Hence total contribution = (P-AVC) x Q