Answer:
Value Analysis
Explanation:
A process that involves examining all elements of a component, assembly, endproduct, or service to make sure it fulfills its intended function at the lowest total cost is value analysis.
Value analysis or Value re-engineering can be defined as the systematic and critical assessment by an organization of every feature of a product to ensure that its cost is no greater than is necessary to carry out its functions.
Furthermore, value analysis is intended to improve the "value" of goods or products and services by evaluating function in relation to cost.
Answer:
The correct answer is B.
Explanation:
Giving the following information:
Unit sales 50,000
Units Dollar sales $ 500,000
Fixed costs $ 204,000
Variable costs $ 187,500
First, we need to calculate the unitary selling price and variable cost:
Unitary Selling price= 500,000/50,000= $10
Unitary variable cost= 187,500/50,000= $3.75
Break-even point (dollars)= fixed costs/ contribution margin ratio
Break-even point (dollars)= 204,000/ [(10 - 3.75)/10]= $326,400
Answer:
Is the best method of analyzing mutually exclusive projects.
Explanation:
Net present value is equal to the present value of all the future cash flows of a project, less the initial outlay of project.
Net present value analysis simply concluded about a project to be worth doing when it finds the present value of future cash flows greater than the initial investment and vice versa.
We just have to see which is higher, the present value of future cash flows or the initial investment.
It is assumed that an investment with a positive NPV will be profitable, and an investment with a negative NPV will result in a net loss.
From this list, the best options in terms of fiscal tools the government could use to get the economy out of a recession would be "increase the money supply" "reduce the interest rate" and "<span>increase federal expenditures"</span>
Answer:
2.02
Explanation:
Each pail of plaster covers 97 Square feet of ceiling
The ceiling of the room is 14 ft long
= 14×14
= 196
Therefore the pail of plaster that will be needed to cover the rooms can be calculated as follows
= 196/97
= 2.02
