<span>Jeeves consulting needs a performance
evaluation method in quantitative analysis and comparison. Because of this,
they need a technique evaluation that will be of help of assessing and
evaluating a performance. What they should use is the graphic rating scales as
it fits the method they need to use as it is a performance appraisal method in
a way of having to show quantitative analysis and comparison. It enables to
show effective performance and to show rates and differences of what is being
compared. It is easier to use for it is less time consuming in the process of
administering and developing.</span>
Answer:
Food is more profitable
Explanation:
The formula for calculating the gross margin ratio is as below.
Gross margin ratio= gross profit/ net sales.
Therefore, gross profit= net sales x gross profit ratio
in this case:
The gross profit ratio is 67%
gross profits from food sales
=1200 x (67/100)
=$804
Gross profit from beverages
=$800 x ( 67 /100)
=$536
Gross profit from food sales is higher than that of beverages
Food is more profitable
Answer:
See answer below
Explanation:
Journal entry will be as follows.
Debit Cash Account $60,000
Credit Payables/Service Prepayment Account $60,000.
As service is being rendered on a monthly basis (monthly income =
), the company will make the following journal entry.
Debit Payables/Service Prepayment Account $10,000
Credit Revenue $10,000.
Answer:
The correct answer is a) The economy moves from a boom to a recession
Explanation:
The fiscal policy used by the federal reserve is the use of government spending and tax policies to contract or expand the economy.
If the Federal Reserve of the United States increases the interest rates it carries a contract policy of the economy. It is used to reduce the inflation and the economy moves from a boom to a recession
Answer:
D. $7.30 per machine hour
Explanation:
The computation of Overhead Per Machine Hour is shown below:-
Overhead Per Machine Hour = Fixed Cost + Variable Overhead Cost ÷ Number of hours
= ($100,700 + (19,000 × $2)) ÷ 19,000
= ($100,700 + $38,000) ÷ 19,000
= $138,700 ÷ 19,000
= $7.30 per machine hour
So, for computing the Overhead Per Machine Hour we simply applied the above formula.