Answer:
12,000
Explanation:
The aggregate amount of revenue of the stadium is $300,000 from which they have $180,000 from the stadium parking lot which has 12,000 cars inside it. So, it is $12,000 × $15 is equal to $180,000.
So, remaining will be
= $300,000 - $180,000
= $120,000
This amount needed for attaining the revenue.
So, from satellite, they revenue of $120,000. So, the number required to make it this amount is computed as:
= $120,000 / Rate of parking
= $120,000 / $10
= 12,000
Answer:
1. $425,000
2. 10.78%
3. 1.25
4. 13.5%
Explanation:
The computations are shown below:
1. For Average Operating Assets
Average operating assets = (Beginning Operating Assets + Ending Operating Assets) ÷ 2
= ($390,000 + $460,000) ÷ 2
= $425,000
2. For margin
Margin = Operating Income ÷ Sales × 100
= $57,250 ÷ $531,250 × 100
= 10.78%
3. For turnover:
Turnover = Sales ÷ Average Operating Assets
= $531,250 ÷ $425,000
= 1.25
4. For Return on investment:
Return on investment = Operating Income ÷ Average Operating Assets
= $57,250 ÷ $425,000
= 13.5%
Answer:
Economies of scope
Explanation:
In the case of economies of scope, the efficiency should be attained via generating the variety of goods and services. In this the production cost is reduced at the time when different kinds of products are being produced
so as per the given situation, it is an example of the economies of scope
Therefore the same is to be considered and relevant
Answer:
staff, equipment, schedules, quality control, and inventory
Explanation:
EDGE2022
Answer:
A) $0.075 variable and $450 fixed
Explanation:
to calculate Kendra's fixed and variable components using the high-low method we can use two separate formulas:
variable costs = (highest utility cost - lowest utility cost) / (highest output - lowest output) = ($1,200 - $600) / (10,000 - 2,000) = $600 / 8,000 = $0.075 per unit
fixed costs = highest cost - (highest output x variable cost) = $1,200 - (10,000 x $0.075) = $1,200 - $750 = $450