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They expect to not be having to regulating the industry anymore, or concern them selves regarding regulations of the said industry.
I think the correct answer from the choices listed above is option B. My suggestion for Jessica would be to ask <span>the manager what positions are available and list a specific position. Hope this answers the question. Have a nice day. </span>
Answer:
Fixed overhead application rate
= <u>Budgeted fixed overhead</u>
Budgeted direct labour hours
= <u>$114,000</u>
60,000 hrs
= $1.90 per direct labour hour
Amount of overhead applied to job X387: $
Variable overhead $4.90 x 170 hours = 833
Fixed overhead $1.90 x 170 hours = 323
1,156
Explanation:
In this case, there is need to calculate the fixed overhead application rate based on direct labour hours by dividing the the budgeted fixed overhead by budgeted direct labour hours. Then, we will calculate the overhead applied to Job X387 by multiplying the fixed and variable application rate by actual direct labour hours of 170 hours.
Answer:
See explanation
Explanation:
Consider liabilities due within period of more than 12 months for the long-term liabilities section of the balance sheet.
<u>Solution and Explanation:</u>
As the utility function is concave in shape, so person is risk averse. Thus, he will not accept the gamvle.
The difference between utility at point A&C = 70 minus 65 = $5, is less than a the difference between A&B = 65 minus 55 = $10
<u>MCQ:
</u>
Answer is option a&d - risk averse people fear a lot for losing money, thus they overestimate the probability of loss
Since, shape of utility function is concave, hence the double derivative of utility with respect to wealth is negative, so utility falls at an decreasing rate , as wealth increases
