Scientific method involves ways in which you would solve something while the others are just assuming or wondering what could happen.
Answer:
$480,000
Explanation:
Data provided as per the question below:-
Net income = $380,000
Depreciation = $70,000
Decrease in accounts receivable = $30,000
The computation of cash provided by operating activities is shown below:-
= Net income + Depreciation + Decrease in accounts receivable
= $380,000 + $70,000 + $30,000
= $480,000
Therefore we applied the above formula.
Answer:
b. could be low because people might adjust their expectations quickly if they found anti-inflation policy credible
Explanation:
In the given situation, it is mentioned that the rational expectations proponets said that the sacrified ratio would be lesser as the people wants to adjust their expectations in a fastest way in the case when they found that the anti-inflation policy is credible
Therefore as per the given situation, the option b is correct
<u>Solution and Explanation:</u>
<u>Journal entry to record the purchase the bags of insultaion.</u>
Date Particulars Debit Credit
Inventory $6875
accounts payable $6875
(Purchased insulated bags from Glassco Inc., 1250bags at the rate $5.5 each)
<u>entry to record the payment for shipping</u>
Inventory $320
cash $320
( paid shipping charges for bags to warehouse)
<u>entry for return of the defective bags</u>
accounts payable $275
Inventory $275
( returned defective bags to glassco Inc)
<u>To record the payment for the bags kept by compass.</u>
Accounts payable $6600
cash $6600
( payment for remaining bags to Glassco Inc., )
Answer:
20 years (scenario A) and 16 years (scenario B)
Explanation:
The real GDP will double in "n" number of years, with "n" estimated by interpolation using the formula below.
In the solutions below, we assumed current GDP to be 1, and as a result, the GDP will double to 2.
Scenario A
When you substitute 20 for "n" in the left hand side (LHS) of the equation, you will arrive at 1.99 which is approximately equal to 2. Any number below 20 will result in a number less than 2.
Thus, with an average annual real GDP growth rate of 3.5%, real GDP will double in about 20 years.
Scenario B
When you substitute 16 for "n" in the left hand side (LHS) of the equation, you will arrive at 2.02 which is approximately equal to 2. Any number below 16 will result in a number less than 2.
Thus, with an average annual real GDP growth rate of 4.5%, real GDP will double in about 16 years.
