Answer:
The supply of the output from the hydroelectric power plants to decrease
Explanation:
As mentioned in the problem statement now an extra task is added to the process of electricity production. This will slow down the output rate of electricity and hence it can be safely concluded that the supply of electricity will decrease.
Answer: The Break-Even Point will reduce from $4,285.71 to $4,125
Explanation:
To get the Break-Even Point we can divide Fixed Assets by the Contribution margin.
The Contribution Margin is the Selling Price minus the Variable Cost.
For Scenario 1 the Break-Even Point will be,
= 15,000 / ( 6 - 2.50)
= $4,285.71
For Scenario 2 the Break-Even Point is,
= 16,500 / 6.5 -2.5
= $4,125
The Break-Even Point for Scenario 2 means that even though the higher Fixed Costs could have led to a higher Break-Even Point, the higher price contributed more than the fixed costs did and led to an ultimately lower Break-Even Point than the first Scenario.
Answer: See explanation
Explanation:
Debt = 0.65
Weight = 39.39%
Cost for debt = 2%
Product = 39.39% × 2%
= 0.3939 × 0.02
= 0.007878
Equity = 1.00
Weight = 60.61%
Cost for equity = 6%
Product = 60.61% × 6%
= 0.6061 × 0.06
= 0.036366
Weighted average floatation cost:
= 0.007878 + 0.036366
= 0.044244
= 4.42%
The true cost of the building will then be:
= Funds needed / (1 - Floatation cost)
= $43,000,000 / (1 - 0.044244)
= $43,000,000 / 0.955756
= $44,990,562
Answer:
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