Answer:
8.66%
Explanation:
The computation of the real rate of return is shown below:
Real rate of return = {( 1 + nominal rate of return) ÷ ( 1+ inflation rate)} - 1
= {( 1 + 11.65%) ÷ ( 1 + 2.75%)} - 1
= {(1.1165) ÷ (1.0275)} - 1
= 1.086 - 1
= 0.0866 or 8.66%
We simply apply the formula in which the numerator is nominal rate of return and denominator is inflation rate of return
Answer and Explanation:
According to the scenario, journal entry for the given data are as follows:
Cash A/c Dr. $1,000
Supplies A/c Dr. $3,000
Land A/c Dr. $8,000
Equipment A/c Dr. $5,000
To A/c Payable A/c $4,500
To Notes payable A/c $3,100
To M. Derr capital A/c $9,400 ($1000+$3000+$8000+$5000-$4500-$3100)
(Being Derr's investment is recorded)
1,200,000 is the answer i think, depends 2 what it rounds 2
Answer:
Number of car washed is 92
So option (a) is correct answer
Explanation:
It is given that 4 workers can wash 80 cars per day
Means initially 80 cars are washed per day
And it is given that rate of car wash is $5 per car
Now price of workers is $60 per day
As per car wash is $5
So number of extra car washed 
So total number of car washed = 80 + 12 = 92 cars per day
So option (a) is correct answer
Answer:
5.657%
Explanation:
Data provided:
Face value = $1,000
Current market price = $640
Time of maturity, t = 8 year
Now,
the compounding formula is given as:
Face value = Current amount × 
where,
r is the rate i.e pretax rate of debt
n is the number of times the interest is compounded i.e for semiannual n = 2
thus, on substituting the values, we get
$ 1,000= $ 640 × 
or
1.5625 = 
or
= 1.0282
or
r = 0.05657
or
pretax cost of debt = 0.05657 × 100% = 5.657%