Answer:
C. Real GDP would be higher but the price level would be the same
Explanation:
Real gdp would get to be higher as long run aggregate supply goes up. Prices would go down because as long run aggregate supply goes up, aggregate demand does not experience the same proportional increase. As long run aggregate supply goes up, short run aggregate supply falls backwards.
Retailers carry small inventories of merchandise to last for only a few days, in a just-in-time logistic system. In a just in time logistic system, the retailers carry small inventories of the merchandise to last for only a couple of days. So the answer in this question is the retailers carry small inventories of merchandise to last for only a few days.
Answer:
Bad debt expense $11,320 ($283,000 × 4%)
To Allowance for doubtful debts $11,320
(being the bad debt expense is recorded)
Explanation:
The journal entry is shown below:
Bad debt expense $11,320 ($283,000 × 4%)
To Allowance for doubtful debts $11,320
(being the bad debt expense is recorded)
For recording this given transaction, we debited the bad debt expense as it increases the expenses account and at the same time it decreases the account receivable so the allowance would be credited so that the proper posting could be done
The answer is letter a, it is because when doing a successful pitch or in order to achieve one, a person is not even required to stand behind a podium as it does not necessarily need or refer to a specific place to stand on when delivering a pitch but it is more important to show the product or service to attract the consumers.
Answer:
The money should be invested in bank = $137,639.05
Explanation:
Given annually withdrawal money (annuity ) = $12000
Number of years (n ) = 20 years
Interest rate = 6 percent.
Since a person withdraw money annually for next 20 years with 6 percent interest rate. Now we have to calculate the amount that have been invested in the account today. So below is the calculation for invested money.
![\text{Present value of annuity} = \frac{Annuity [1-(1 + r)^{-n}]}{rate} \\= \frac{12000 [1-(1 + 0.06)^{-20}]}{0.06} \\=12000 \times 11.46992122 \\=137,639.05](https://tex.z-dn.net/?f=%5Ctext%7BPresent%20value%20of%20annuity%7D%20%3D%20%5Cfrac%7BAnnuity%20%5B1-%281%20%2B%20r%29%5E%7B-n%7D%5D%7D%7Brate%7D%20%5C%5C%3D%20%5Cfrac%7B12000%20%5B1-%281%20%2B%200.06%29%5E%7B-20%7D%5D%7D%7B0.06%7D%20%5C%5C%3D12000%20%5Ctimes%2011.46992122%20%5C%5C%3D137%2C639.05)
