The main problem will arise when it has to be with converting the public good to numbers where it can be interpreted and studied. The number of people can also be something difficult to deal with because it deppends on the distance of the people seeing the fireworks show and if the distance is ok for the number of people looking at the fireworks
Answer:
b. decrease by $1,000
Explanation:
There is an option below the question ask for details
For computing the profit or loss, first we have to determine the variable cost per unit which is shown below:
= Total variable cost ÷ Number of cases sold
= $144,000 ÷ 9,000 cases
= $16 per cases
The total variable cost would be
= $126,000 + $18,000
= $144,000
And, profit per case is $15
So, the loss per case would be
= $15 per case - $16 per case
= -$1 per case
So, the total loss would be
= 1,000 cases × $1
= $1,000 decrease
A likely analytical procedure to test the accuracy of purchase discounts would be to compute the ratio of cash discounts earned to : Purchase
<h3>What is Purchase Discount?</h3>
Purchase discount is deducted to the total purchases when computing for the net purchases. This account has a normal balance of credit and decreases the total amount of cost of goods sold.
<h3>What is Analytical procedures ?</h3>
Analytical procedures refer to study of significant ratios and past trends and investigating unusual fluctuations.
Under analytical review procedures, an auditor compares financial information of the current period with those of the previous periods, applying techniques of ratio analysis and investigating the causes of unusual fluctuations and deviations.
Therefore, we can conclude that the correct option is C.
Your question is incomplete, but most probably your full question was:
A likely analytical procedure to test the accuracy of purchase discounts would be to compute the ratio of cash discounts earned to:
a. accounts payable
b. notes payable
c. purchases
d. sales discounts
Learn more about Analytical procedures on:
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Answer:
Job HE-65 total cost 900 dollars
Explanation:
predeterminated overhead rate:
expected cost / expected driver
900,000 / 30,000 = $30
Each labor hour generates $30 dollars of overhead according to our expectation
Now we solve for the cost of job HE-65
materials 300
labor 15 hours x $10 = 150
and overhead 15 hours x $30 each = 450
total cost 300 + 150 + 450 0 900
