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The assumption of linear property of total cost and total revenue relies on the assumption that unit variable cost and selling price are always constant. In real life it is valid within relevant range or period and likely to change.
Variance analysis can be carried out for both costs and revenues. Variance analysis is usually associated with explaining the difference (or variance) between actual costs and the standard costs allowed for the good output. For example, the difference in materials costs can be divided into a materials price variance and a materials usage variance.
A relationship between the cost, volume and profit is the contribution margin. The contribution margin is the revenue excess from sales over variable costs. The concept of contribution margin is particularly useful in the planning of business because it gives an insight into the potential profits that a business can generate.
There are two reasons actual sales can vary from planned sales: either the volume sold varied from the expected quantity, known as sales volume variance, or the price point at which units were sold differed from the expected price points, known as sales price variance. Both scenarios could also simultaneously contribute to the variance.
The company's operating income margin or return on sales (ROS) is (EBIT ÷ Revenue). This is the operating income per dollar of sales. [EBIT/Revenue] The company's asset turnover (ATO) is (Revenue ÷ Average Total Assets). The company's equity multiplier is (Average Total Assets ÷ Average Total Equity). This is a measure of financial leverage.
A financial ratio or accounting ratio states the relative magnitude of two selected numerical values taken from an enterprise's financial statements.Often used in accounting, there are many standard ratios used to try to evaluate the overall financial condition of a corporation or other organization.
In variance analysis (accounting) direct material total variance is the difference between the actual cost of actual number of units produced and its budgeted cost in terms of material. Direct material total variance can be divided into two components: the direct material price variance, the direct material usage variance.
In economics, compensating variation (CV) is a measure of utility change introduced by John Hicks (1939). 'Compensating variation' refers to the amount of additional money an agent would need to reach their initial utility after a change in prices, a change in product quality, or the introduction of new products.