Answer:
O increase by $48,000
Explanation:
A loss is made on disposal of an asset when the amount received from the disposal is lower than the carrying amount of the asset. The carrying amount or net book value of an asset is the difference between the cost of the asset and its accumulated depreciation.
Hence
Carrying amount = $75,000 - $20,000
= $55,000
Let the amount received on disposal be K
K - $55,000 = -$7,000
K = $55,000 - $7,000
= $48,000
This is the amount received from the disposal and it represents an increase in cash.
Answer:
"$224,000" is the correct solution.
Explanation:
The given values are:
Corporation purchased percentage,
= 25%
Original investment,
= $210,000
Short's net income,
= $80,000
Paid cash dividend,
= $24,000
Now,
The share of net income will be:
= 
= 
= 
($)
The cash dividend will be:
= 
= 
= 
($)
hence,
On December 31, 2021, the balance will be:
= 
= 
= 
= 
($)
Answer:
Henry is the intended beneficiary of the insurance policy and as such, he is bound to the time limitations and all the other clauses included in the contract.
Explanation:
Intended beneficiaries are third parties that can benefit from a contract. Third parties are not part of the contract and may not even know that they were included as beneficiaries in it, but they are bound by all the legal clauses included in the contract. They must be included in the contract and all the benefits they might obtain have to be explicitly established.
Answer:
<u>Account Name</u> <u>Balance Sheet Classification</u> <u>DR or CR Balance
</u>
1. Accounts Receivable CA Debit
2. Prepaid Expense CA Debit
3. Inventories CA Debit
4. Long-Term Debt NCL Credit
5. Cash and Cash Equivalent CA Debit
6. Accounts Payable CL Credit
7. Income Tax Payable CL Credit
8. Contributed Capital SE Credit
9. Property Plant and Equipment NCA Debit
10. Retained Earning SE Credit
11. Short-Term Borrowing CL Credit
12. Accrued Liabilities CL Credit
13. Goodwill (an Intangible Asset) NCA Debit
Explanation:
Answer:
Kanban container size = 73
Number of kanbans needed = 5
Explanation:
Kanban container size (Q):
Q = SQRT [(2 x D x S) / H x (1 - d/p)]
where,
D = Annual demand
S = Setup cost
H = Holding cost
d = Daily usage
p = Daily production
Putting the given values in the above formula,
CONTAINER SIZE = SQRT ((2 * ANNUAL DEMAND * SETUP COST) / (HOLDING COST * (1 - (DAILY USAGE / DAILY PRODUCTION))))
Q = SQRT [(2 x 4,000 x $30) / $125 x (1 - 16/25)]
Kanbans container size = 73 units (Rounding off to the nearest whole number)
NUMBER OF KANBANS = DEMAND DURING LEAD TIME + SAFETY STOCK / SIZE OF CONTAINER
K = ((16 * 16) + (4 * 25) / 73 = 5
