Answer:
Producing 4 units yields the highest marginal revenue at 1500.
Explanation:
To calculate marginal revenue we look at the change in revenue figure compared to the change in units. In other words dividing the change in total revenue by the change in total output quantity.
Based on the information given these are the changes in marginal revenue per quantity.
1. 1200
2. 2200 - 1200 = 1000
3. 3400 - 2200 = 1200
4. 4900 - 3400 = 1500
5. 5500 - 4900 = 600
6. 6000 - 5500 = 500
7. 6500 - 6000 = 500
8. 6200 - 6500 = (300)
Thus based on the comparisons of the different quantities optimal marginal revenue is reached at 4 units of production. 1500 total marginal revenue
The inventory ledger contains the data regarding the amount of each type of merchandise a company has. To add up, the inventory ledger is the record in which its main function is to "track inventory transactions." It is important that the contents of the inventory ledger should coincide with the general ledger.
Answer: $3,150,000
Explanation:
Total cost of production will be the total sum of the material costs, labor costs and indirect costs.
Indirect Costs
It was estimated that 12,000 machine hours would be used at a cost of $60 million.
Indirect cost per machine hour is;
= 60,000,000/12,000
= $5,000 per hour
With 200 machine hours, indirect cost is;
= 200 * 5,000
= $1,000,000
Total cost of production = 1,250,000 + 900,000 + 1,000,000
= $3,150,000
The desire for a produsct class rather than for a specifik brand is called selective demand
Answer:
d.9.34%
Explanation:
The formula for the weighted average cost of capital is provided below as a starting point for solving this question:
WACC=(weight of equity*cost of equity)+(weight of debt*after-tax cost of debt)
weight of equity=1-debt %=1-50%=50%
weight of debt=50%
cost of equity=13.6%
after-tax cost of debt=7.8%*(1-35%)
after-tax cost of debt=5.07%
WACC=(50%*13.6%)+(50%*5.07%)
WACC=9.34%
The discount rate is computed based on the target or preferred capital structure
