The annual depreciation costs at that facility will rise by 10% or $1,440,000.
<h3>Annual depreciation costs</h3>
Life of the equipment = 10 Years
Salvage value = 0
Annual Depreciation= (Cost of equipment - Estimated salvage value) / Estimated useful life
Annual Depreciation= ($14.4 million- 0) / 10
Annual Depreciation= $1,440,000
or
Annual Depreciation= $1,440,000/$14,400,000 ×100
Annual Depreciation= 10%
Inconclusion the annual depreciation costs at that facility will rise by 10% or $1,440,000.
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Answer:
The answer is 51,500 units
Explanation:
Break-even sales is a point in which a business or a firm neither make profit nor loss. Total Revenue equals total cost. Break-even sales help to know the point at which business starts to make profit.
Break-even sales is:
Fixed cost/contribution margin.
Where contribution margin is sales price per unit minus variable cost per unit.
In the question, variable cost are decreased by $3.
So the new variable cost is $21 - $3
=$18.
Contribution margin is $24 -$18
$6
Therefore, The break-even sales (units) if the variable costs are decreased by $3 is:
$309,000/$6
=51,500 units
Answer:
C. As more securities are added to a portfolio, total risk typically would be expected to fall at a decreasing rate.
Explanation:
Portfolio diversification gives more security to a portfolio, which expected to results in a decreasing rate of total risk.
The portfolio which is diversified carries the co-variance measure of risk. It has the property of reducing the risk as it diversifies the portfolio to a great extent.
It reduces the overall risk by diversifying the assets i.e. stock , bonds, commodities etc.
Hence, the most appropriate answer is option C.
Answer:
B) 0.7; inelastic
Explanation:
The computation of the absolute value of the price elasticity of demand is shown below:
Elasticity is
= [(Sales - prior sales) ÷ ( Sales + prior sales) ÷ 2] ÷ [(price - dropped price) ÷ (price - dropped price) ÷ 2
= [(1,040,000 - 890,000) ÷ (1,040,000 + 890,000) ÷ 2] ÷ [(25,000 - 20,000) ÷ (25,000 + 20,000) ÷ 2]
= (150,000 ÷ 965,000) ÷ (5,000 ÷ 22,500)
= 0.15 ÷ 0.22
= 0.7
It is less than one so the demand is inelastic
Answer: Gathering information
Explanation: Ethical decision making involves evaluating and choosing among different options in a way that is consistent with ethical principles. The best way to do this is to eliminate the unethical choices and choose the best alternative option.
There are various steps involved in this process. These are listed below:
1. Gather info
2. Define the ethical problem
3. Identify the parties that are affected
4. Identify the consequences
5. Identify the the principles
6. Evaluate the options
7. Choose the best option
8. Implement the decision
Professor Thompson has decided to wait until the class period ends, take both tests and compare their answers. After that she will decide what to do about the situation. Professor Thompson has thus entered the first step, which is to gather information. She doesn't want to jump to conclusions without gathering all the facts, so she is going to acquire as much info as she can about the situation before continuing. All these points add to the fact that Professor Thompson is entering the first step towards making the best ethical decision.
