Reports of study in my town have shown that out of the 1,762
people in the town, 54 have a post office box.
Therefore, the percent of the people in town have a post
office box
= 54 / 1762 X 100
= 3.06%
Answer:
$113.80 per unit
Explanation:
The computation is shown below:
For computing the total production engineering cost per unit, first we have to determine the variable cost per hour which is shown below:
Variable cost per hour = ($796,500) ÷ (9,000 machine hours) × (9,300 machine hours)
= $823,050
And, the fixed cost = $235,290
So, the total cost would be
= $823,050 + $235,290
= $1,058,390
So, the total production engineering cost per unit would be
= $1,058,390 ÷ 9,300 machine$ hours
= $113.80 per unit
Answer:
less than $500,000
Explanation:
Based on the information given Bonds issued that has a CONTRACT RATE of 6% which is LESSER THAN the MARKET INTEREST RATE of 7% will lead to a DISCOUNT because the PRICE OF THE BONDS of 6% is LESSER THAN the FACE VALUE of the bonds which therefore means that the PRICE OF THE BONDS will be LESS THAN its face value of the amount of $500,000.
Answer:
The standard of living from country to country is affected by their level of productivity. The more productive a Country is, the more goods and ser- vices they have available, etc.lnflation occurs when the government prints a surplus of money.There is a trade-off between inflation and unemployment. Increase in price can happen from higher demand, which in turn causes firms to higher more workers to produce more goods/services.
Based on the labor cost, and output of the process, the multifactor productivity for the week is 3.06.
<h3>What is the multifactor productivity for Week 1?</h3>
This can be found by the formula:
= Cost in week 1 / Value of output in week 1
Cost in week 1:
= Labor + Material + Overheads
= 12,195 + 21,392 + 8,546
= $42,133
Value of product:
= 110 x 1,173 units
= $129,030
Multifactor productivity is:
= 129,030 / 42,133
= 3.06
Find out more on multifactor productivity at brainly.com/question/17550779.