Answer:
d. decrease the firm's WACC.
Explanation:
As per WACC formula
WACC = ( Weight of Common Equity x Cost of Common Equity ) + ( Weight of Common Debt x Cost of Common Debt x ( 1 - Tax rate ) ) + ( Weight of Preferred Equity x Cost of Preferred Equity )
By assuming the values to prove the answer
Weights
Common equity = 55%
Preferred Equity = 15%
Debt = 30%
Costs
Common equity = 15%
Preferred Equity = 8%
Debt = 12%
Tax rate is 15%
Placing values in the formula
WACC = ( 55% x 15% ) + ( 30% x 12% x ( 1 - 15% ) ) + ( 15% x 8% )
WACC = 8.25% + 3.06% + 1.2% = 12.51%
Keeping others values constant, Now increase the Tax rate to 25% and placing vlaues in the formula
WACC = ( 55% x 15% ) + ( 30% x 12% x ( 1 - 25% ) ) + ( 15% x 8% )
WACC = 8.25% + 2.7 + 1.2% = 12.15%
Hence the WACC is decreased from 12.51% to 12.15% when the tax rate is increased from 15% to 25% keeping other values constant.
Stock to sales is a performance ratio this is used to decide the rate at which the corporation is liquidating its inventory. but honestly, the inventory to sales ratio measures the amount of inventory the company is wearing compared to the quantity of income that is being made.
The principle feature of inventory is to provide operations with ongoing delivery of substances. To gain this function efficiently, your enterprise needs to try to discover a candy spot between an excessive amount and too little, without ever walking out of stock.
The 3 maximum commonly used stocks are uncooked substances, work in development (WIP) inventory, and finished items. inventory refers to all the products, items, and materials bought or manufactured by means of a commercial enterprise for selling to the customer to make an income.
Learn more about inventory sales here;
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Answer:
Positive:
-Managing money
-Saves money for other things
Negative:
-May be hard to budget if you need a lot
Hope this helps! These are just what come to mind in my opinion.
Answer:
(A) Because the regulation effectively reduced the price of cool air, consumers with sufficiently elastic demand might have bought substantially more of it.
Explanation:
If the demand for energy services remains constant, improving energy efficiency will reduce energy consumption and carbon emissions. However, many efficiency improvements do not reduce energy consumption by the amount provided by simple engineering models. This is because they make energy services cheaper and therefore increases the consumption of those services.
For example, since low-fuel vehicles make travel cheaper, consumers can choose to drive further, thus offsetting some of the possible energy savings. Similarly, an extensive historical analysis of improvements in technological efficiency has conclusively demonstrated that improvements in energy efficiency were almost always overcome by economic growth, which resulted in a net increase in resource use and associated contamination.
