Answer:
General overhead= $3.81 per direct labor hour
Explanation:
Given the following information:
General Overhead $80,000 Number of direct labor hours
Number of direct labor hours 9,000 12,000= 21,000
<u>To calculate the activity rate, we need to use the following formula:</u>
Activity rate= estimated costs / total amount of allocation rate
General Overhead= 80,000 / 21,000
General overhead= $3.81 per direct labor hour
A bakery invests a portion of profits into sending its employees to a training on how to use more energy-efficient ovens that also can hold more baked goods. Hoping to achieve by investing in the training, the goal of the bakery is increase productivity. The new learning to employees will help them how to use more of the energy-efficient ovens and probably find a way that they won't have to waste more electricity and produce more baked goods.
The answer would be letter A.
Answer:
B. Portfolio B with E(R)=13% and STD=18%
Explanation:
The computation is shown below;
Reward to risk ratio = (15% - 5%) ÷ 20% = 0.5
The porfolio should be in line i.e.
= 0.05 + 0.5 × standard deviation
For portfolio A
= 0.05 + 0.5 × 25
= 17.5%
For portfolio C
= 0.05 + 0.5 × 1
= 5.5%
Portfolio B, the std is 18%
So,
= 0.05 + 0.5 × 18%
= 14%
Answer:
c. Assets = Liabilities + Equity
Explanation:
Assets = Liabilities + shareholders equity is also known as the balance sheet equation.
It is the basis for the double-entry bookkeeping system
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.
