<span>If I have a one year loan outstanding on my car and make monthly $400 payments, my timeline would include twelve equal payments of $400 starting now. The bank's timeline would be the same twelve equal installments of $400 but they would be cash inflows since I am paying the money to the bank. I would consider the $400 a cash outflow.</span>
Answer:
hello your question is incomplete attached below is the missing part
answer: Pd = 1658 , Qd = 42
Explanation:
The monopolist will choose a discount price of ( Pd ) = 1658 and sell 42 units of the good in the discount market
since the standard price is at $1800 and the Qm ( standard monopoly quantity) is at 200 for the Monopoly to be profitable the amount of good to be sold to customers with reservation prices greater than or equal to standard price should be greater than the good offered at discount price and also the discount price after using a coupon should be lower than the standard price (Pm)
Answer:
The answer is:
Dr Unearned Service Revenue 4,800
Cr Service Revenue 4,800
Explanation:
Since Laferty completed 60% of the landscape plan during this year, they should record $4,800 as earned revenue ($8,000 x 60%), while the remaining $3,200 should stay as unearned revenue. The journal entries should be as follows:
Dr Unearned Service Revenue 4,800
Cr Service Revenue 4,800
<span>The Rule of 70 can be used to determine the length of time it would take for a variable to double. In this case, using a growth rate of 4%, we can divide 70/4 to find that it would take 17.5 years for the GDP of this nation to approximately double.</span>
Answer:
Overhead absorption rate
= <u>Budgeted overhead </u> x 100
Budgeted direct labour cost
= <u>$400,000 </u> x 100
$2,000,000
= 20% of direct labour cost
Overhead applied
= 20% x $1,800,000
= $360,000
The balance in the factory overhead account is $360,000 debit
The correct answer is B
Explanation:
In this case, we need to calculate the overhead application rate, which is the ratio of budgeted overhead to budgeted direct labour cost multiplied by 100. Overhead applied is calculated as overhead application rate multiplied by actual direct labour cost.