Answer:
The answer is 2.25
Explanation:
Price Elasticity of Supply (PES)= percentage change in Quantity demanded/ percentage change in price
PES= (30-20)/20 *100) /( 55-45)/45*100) = 50%/22.22% = 2.25
Answer: Depreciation expense for 2021 = $825
Depreciation expense for 2022 =$3, 300
Explanation:
Using Straight line depreciation
We have that our Annual depreciation= Purchase price - salvage value / useful life.
$22,500 - $2,700 / 6
=19,800/6
$3, 300
Depreciation expense for 2021 ( from October to December )
$3,300 x 3/ 12= $9,900/12
=$825
Depreciation expense for 2022 ( From January to December)
Annual Depreciation = $3,300
Answer:
A. the risk of wind damage is potentially diversifiable, but the risk of flooding is not
Explanation:
Based on the scenario being described it can be said that the best explanation for these different approaches would be that the risk of wind damage is potentially diversifiable, but the risk of flooding is not. Meaning that most insurance companies cover wind damage because it is most likely during a hurricane but flooding may be a unique situation which is not always covered by most insurance companies/policies.
Answer:
Develop project management plan
Explanation:
Project integration management is the coordination of all aspects of a project. It involves coordination of the following: tasks, stakeholders, resources, along with any issues arising from parties in the project, evaluating resources, and making choices between different lines of action.
So developing a project management plan is a process that fall under integration management as defined.
Generally, on a production possibilities curve, the optimal point is achieved where each good is produced at a level where marginal benefits equal marginal costs.
<h3>What is an
optimal point?</h3>
On a graph, this refers to the best or most favorable point on a graph curve etc
Hence, on the a production possibilities curve, the optimal point is achieved where each good is produced at a level where marginal benefits equal marginal costs.
Therefore, the Option B is correct.
Read more about optimal point
<em>brainly.com/question/92653</em>
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