Answer:
1.8
Explanation:
Sales= $60
Variable cost= $21
Quantity= 3,500 pairs of shoes
Fixed operating cost= $58,500
The first step is to calculate the total contribution margin
= sales-variable cost × Quantity
= $60-$21 × 3500
= $39 × 3500
= $136,500
The operating income can be calculated as follows
= Sales - variable cost × Quantity - fixed operating costs
= $60-$21×3500-58,500
= $136,500-58,500
= $78,000
Therefore the degree of operating leverage can be calculated as follows
= Total contribution margin/Operating income
= 136,500/78,000
= 1.8
Hence the degree of operating leverage is 1.8
Could you comment the scenarios under this.
Answer:
b. a discrete random variable
Explanation:
The number of customers that enter a store during one day is an example of a discrete random variable. This is because you cannot predict the number of individuals that will enter a store at any given day, but it can only be a maximum quantity since the store can only accommodate so many individuals in a single day, thus making it a discrete random variable.
