The marginal analysis will be least beneficial when D. deciding whether to take a lunch break or knock on another door as a door-to-door salesperson.
<h3>What is marginal analysis?</h3>
Marginal analysis simply means an examination of the additional benefits and the additional cost that can be incurred on a product.
In this case, marginal analysis will be least beneficial when deciding whether to take a lunch break or knock on another door as a door-to-door salesperson.
Learn more about marginal analysis on:
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Answer:
B. Automation
Explanation:
Option A is incorrect as a human resource cannot be a material handling robot.
Option C is wrong as statistical quality control cannot do the same task as a material handling robot can. Statistical quality control can ensure quality by minimizing risk.
Options D and E are incorrect, respectively, as flexible manufacturing cannot improve the raw materials, and fixed layouts cannot be the element of the raw material process.
Option B is correct as a material handling robot is a machine. Therefore, automation is necessary to improve the raw materials handling process.
Answer:
(B) are subject to a self-employment tax of approximately 15%.
Explanation:
This scenario illustrates that Horizon has failed to fulfill its <u>"Legal responsibility".</u>
There are legal responsibilities for most private companies. They will differ contingent upon the idea of the business.
To stay away from issues later on it is imperative to comprehend your commitments. It is critical to know your commitments and legal responsibilities for working a business. This can be perplexing in light of the fact that directions can apply to a wide range of regions of your business.You are in charge of guaranteeing you have the right business enlistments and that they are kept up and recharged.
Answer:
$60,000
Explanation:
The computation of the estimated manufacturing overhead is shown below:
Estimated manufacturing overhead = Direct labor hours × predetermined overhead rate
where,
Direct labor hours = Total Direct labor cost ÷ Cost per hour
= ($100,000 × 75%) ÷ ($5)
= 15,000 direct labor hours
Now the estimated manufacturing overhead equal to
= 15,000 direct labor hours × $4
= $60,000
