Answer:
The acquisition cost is $38140
Explanation:
acquisiton cost = invoice price + applicable sales tax - cash discount + freight paid + cost of insurance + installation cost +testing and adjusting costt
= $34000 + $2000 - $400 + $260 + $125 + $2000 + $425
= $38410
Therefore, The acquisition cost is $38140.
<em><u>The equation shows the relationship between her weekly salary (w), hours per week (h), and rate per hour (r) is:</u></em>
<em><u>Solution:</u></em>
Given that,
Alice earned $12 per hour
1 hour = $ 12
<em><u>Find the number of hours in 1 week</u></em>
1 day = 24 hours
1 week = 7 days
Therefore,
1 week = 7 x 24 = 168 hours
Let "h" be the hours per week
let "r" be the rate per hour
Let "w" be the rate per hour
From given,
r = $ 12
h = 168 hours
weekly salary = hours per week x rate per hour
Thus, she earns $ 2016 for 1 week
The answer to the given question above would be option D. Profit Margin. On the given scenario above, since they will be offering different kinds of services at once, what they should pay attention to is the profit margin or the net margin. Profit margin serves as the measurement of profitability. This is expressed in percentage and shows how much the return sales are that are generated by the company based on the amount they have initially invested.
<u>Answer:
</u>
The given chart shows the link between interest in a product and the price a consumer pays.
<u>Explanation:
</u>
- The more the interest a person has in a product, the more willing he is to pay any demanded price for the product.
- On the other hand, if a person is not at all interested in a specific product, he would not buy it even if it is available at the cheapest price in the market.
Answer: The following is not considered when you are calculating cost of quality:<u><em> The cost of gaining formal acceptance of project deliverable.</em></u>
Cost of Quality contains all the costs that are both internal and external to the system; whereas, the Cost of Quality include the conformance, considering any costs connected with both appraisal and interference.
Cost of Quality is calculated as :
Cost of Quality = Cost of Poor Quality + Cost of Good Quality
