Answer: See on how dependent on advertising a publication is.
Explanation:
Answer:
Cash account in the amount of $10,100
Explanation:
The journal entry to be recorded for the receipt of payment is as:
Cash A/c.............................................Dr $10,100
Note receivable A/c...................Cr $10,000
Interest Revenue A/c..................Cr $100
Being recoded the receipt of payment
As payment is received so asset is increasing and any increase in asset is debited. Therefore, cash account is debited. And the note receivable got decrease will be credited and the interest revenue is also credited.
Computation of interest revenue is as:
Interest revenue = Amount × % of note × Days / Number of days in a year
= $10,000 × 6% × 60 / 360
= $100
Note: Assume 360 days in a year
Answer:
3 cases
Explanation:
Marginal product refers to change in the total output when an additional input is employed. For example, output is 5 units when 2 laborers are employed. When another unit of input i.e 3rd laborer is employed, the output rises to 9 units. In this case marginal product of the 3rd unit of labor would be 9 - 5 i.e 4 units.
In the given case, before Atul is hired, the production was 4 cases per week. After his being hired, it rose to 7 cases per week. Thus Atul's marginal product in the given case would be 7 - 4 i.e 3 cases.
Answer:
D) Debit Accounts Payable $1500; Credit Merchandise Inventory $1500
Explanation:
The journal entry to record the merchandise return is shown below:
Account payable A/c Dr $1,500
To Merchandise inventory A/c $1,500
(Being returned inventory is recorded)
For recording the returned inventory we debited the account payable and credited the merchandise inventory account so that the proper posting could be done
Answer and Explanation:
The computation is shown below
a. The economic order quantity is
= sqrt ((2 × annual demand × ordering cost) ÷ carrying cost)
= sqrt ((2 × 1,215 × $10) ÷ $75)
= 18 units
b) Average number of bags on hand is
= EOQ ÷ 2
= 18 ÷ 2
= 9
c) Orders per year is
= D ÷ EOQ
= 1215 ÷ 18
= 67.5
= 68
d) Total cost = Total carrying cost+ Total ordering cost
= (Q ÷ 2)H +(D ÷ Q)S
= (18 ÷ 2)75 + (1215 ÷ 18) × 10
= 675 + 675
= $1350
