Answer:
the amount charged on a job is $401.50
Explanation:
The computation of the amount charged on the job is shown below:
The Amount to be charged is
= Material Loading Charge + Labor Charge + Materials Cost
= 35% × $110 + $23 Per Hour × 11 Hours + $110
= $38.50 + $253 + $110
= $401.50
Hence, the amount charged on a job is $401.50
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
total amortization expense = $5400
so correct option is C) $5,400
Explanation:
given data
purchase price = $67,500
time period = 75 months
months = 6th
to find out
total amortization expense
solution
we get here total amortization expense that is express as
total amortization expense = 
×months ...............1
put her value we get
total amortization expense = 
× 6
total amortization expense = $5400
so correct option is C) $5,400
Answer:
B) costs that change with the level of production.
Explanation:
Variable costs are costs that change according to the total production output.
The two main cost components in the production process are fixed costs, which remain to be paid even if the firm shuts down temporarily, and variable costs, which are subject to change according to the level of production.
Therefore, the answer is alternative B)
Answer:
Expected Portfolio return = 0.5(10)+0.5(13)= 5+6.5=11.5%
Expected Portfolio SD= 0.5(20)+0.5(30)= 25%
Beta of A, 10= 5+B(6)
5=6B
B= 5/6= 0.833
B of B, 13=5+B(6)
8=6B
B=8/6
B=1.33
b. Portfolio AB's standard deviation is 25%
c. Stock A's beta is 0.8333
These two statements are correct
Explanation:
Answer: e. Design analysis.
Explanation: Value engineering is defined as a systematic, organized manner of providing necessary functions in a project at the lowest cost possible thus promoting the substitution of materials and methods with cheaper alternatives, without the loss of functionality. Design analysis is a form of value engineering wherein several possible designs of a product or method is prepared, with each product/method having similar features with varying levels of performance and costs. It can be applied to any type of design both tangible and intangible and as a process, it includes all information discovery, planning and communications. It is focused solely on the functions of various components and materials, rather than their physical attributes.
