Given:
Principal, P = 26500
term=5 years
Monthly payment, A = 695
Question: Find interest rate
Solution:
Unless there is a table available, there is no explicit formula to calculate interest. However, the interest rate can be solved for using the formula to calculate the monthly payment, as follows.

Substituting
P=26500
i=monthly interest rate to be found
A=monthly payment=695
n=5*12=60 months

Rearrange to give successive estimates of i by
I(i)=(695/26500)*((1+i)^60-1)/(1+i)^60
Try initial estimate of i=0.02 (2% per month)
I(0.02)=0.0182
I(0.0182)=0.01736
I(0.01736)=0.01689
....
Eventually we get the value to stabilize at i=0.016265, or
Monthly interest =
1.6265% (to four decimal places)
Answer:
debit to Bad Debts Expense and credit to Allowance for Doubtful Accounts
Explanation:
Based on the information provided for this scenario it can be said that the entry to record this adjusting entry would include a debit to Bad Debts Expense and credit to Allowance for Doubtful Accounts. Meaning that the bad debts expense is increasing while the same amount is being taken from the allowance for doubtful accounts. This is what the allowance method is used for, it provides an advance for uncollectible accounts, by setting aside money in a reserve account.
Answer:
I want to become a very accomplished writer, and a dog trainer
Answer:
V = 3.5 (1 dollar circulates 3.5 times in a year)
In short term – Reduction of aggregate demand and real output
In long term – reduction of wages and increase of real output of firms
Nominal GDP will fall by $20 bilion
Explanation:
Equation of monetisation =
Total money in circulation = Total money demanded/total output
Money Supply * Money Velocity = Price Level * GDP
V = PY/M
Substituting the given values, we get –
V = 336/96
V = 3.5
This indicates 1 dollar circulates 3.5 times in a year
In short term – Reduction of aggregate demand and real output
In long term – reduction of wages and increase of real output of firms
Nominal GDP will fall by $20 bilion