Answer:
Current multi factor productivity for 640 work hours per month is 0.24 loaf/dollar
Explanation:
Employees are being paid $8 per hour,
Constant utility cost per month will remain same as $600
and loaf ingredient cost $0.35/loaf
Current multi factor productivity for 640 work hours per month is 0.24 loaf/dollar
640 hours * $8/hour = $5,120
1500 loaves * $0.35 = $525
$5,120 + $525 + $600 = $6,245
= 1500 loaves / $6,245
=0.24 loaf/dollar
Answer: The correct answer is "c. It is commonly used in the test marketing of new products in isolated geographic areas."
Explanation: The statement "It is commonly used in the test marketing of new products in isolated geographic areas." is true about the experimental method of data collection.
The experimental method of data collection is that by which an experiment is performed establishing the appropriate conditions of the place to run the test and thus collect data effectively.
Answer : A
Scenario Analysis is somewhat like a what-if analysis - i.e. it assess the outcome of a project by varying the key inputs for revenues and costs to arrive at a reasonable range for a project's anticipated outcome. Companies may alter several key variables at the same time to arrive at a scenario or scenarios.
Answer:
Option B is correct one.
The project with the greatest IRR, assuming that both projects have the same risk as the firm's average project.
Explanation:
If mutually exclusive projects are proposed that both have an IRR greater than the necessary WACC, the IRR method states that the firm should accept: <u>The project with the greatest IRR, assuming that both projects have the same risk as the firm's average project.</u>
If the mutually exclusive projects have IRR greater than the WACC and the risk of the both is same then the company should accept the project with greater IRR as per IRR methodology.
Answer:
If mN is 74° parallel the mY would be - 74° parallel to mN