Answer:
The answer is below;
Explanation:
b. Allowance for Doubtful Accounts Dr.$4,000
Bad Debts Cr.$4,000
c. Bad Debt Expense Dr.$5,000
Account Receivable Cr.$5,000
d. 1)Account Receivable Dr.$5,000
Bad Debt Expense Cr.$5,000
2)Cash Dr.$5,000
Account Receivable Cr.$,5000
Answer and Explanation:
The computation is shown below;
Given that,
Principal = P = $2000
As we know that
Future value (FV) = P × (1 + R)^n
here,
R = Rate of interest,
N = no of years
Now
A) N = 5, R = 5% = 0.05
FV = $2,000 × (1.05)^5
= $2,553
The Interest earned is
= $2,553 - $2,000
= $553
B) N = 10, R = 5% = 0.05
FV = $2,000 × (1.05)^10
= $3,258
The Interest earned is
= $3,258 - $2,000
= $1,258
C) N = 5, R = 10% = 0.10
FV = $2,000 × (1.10)^5
= $3,221
D) Option A
As in the part B the time period is 10 years as compared with the part A i.e. 5 years having the interest rate same
Also the cumulative interest would be greather than double as compared with part A
Answer:
A. Forecast for July = 42.
B. Forecast for August = 42.45
C. Because of seasonality in the banking industry.
Explanation:
A. Forecast for July = Forecast for June + Smoothing constant x (Forecasting error)
= 42 + 0.15 (42-42) = 42
B. Forecast for August = Forecast for July + 0.15 (Forecasting error)
= 42 + 0.15 (45-42) = 42.45
C. Because there is a great deal of seasonality in the processing requirements of banking industry, this forecasting method (exponential smoothing) might not be appropriate for this situation.
Answer:
He will get nothing from the Accidental Policy.
Explanation:
- Raymond owns an Accidental policy but he Dies from Coronary artery disease. according to insurance companies policy, he will get nothing when he is dead by any means other than by accident.
- Insurance companies have their own regulations and policy.
- The insurance company is liable to pay for the incident for which the insurance is taken.
Answer: See Explanation
Explanation:
You didn't give the methods to use but let me use 2 main methods.
First, let's use the Straight line Depreciation. This will be:
= ($71000 + $3000 + $2000 - $3000) / 5
= $73000/5
= $14600
Year 1 Depreciation = $14600
Year 2 depreciation = $14600
Secondly, let's use the double declining method of Depreciation will be:
= 1/5 × 2
= 0.2 × 2
= 0.4
= 40%
Year 1 depreciation will be:
= 76000 × 40%
= 76000 × 0.4
= $30400
Year 2 Depreciation will be:
= ($76000 - $30400) × 40%
= $45600 × 40/100
= $45600 × 0.4
= $18240
