Answer:
The answer is letter D.
Explanation:
The difference is statistically significant, large, and important.
Answer:
X is $30,000
Explanation:
First, we need to calculate the Amount ofLoan
Amount of Loan = Car price - Down payment = $100,848 - $30,000 = $70,848
This is the situation of annuity payment for 4 years at a 25% interest rate with equal annuity payment each year.
Now we will use the following formula to calculate the value of X
PV of Annuity = Annuity payment x ( 1 - ( 1 + interest rate )^-numbers of years ) / Interest rate
Where
PV of Annuity = Amount of Loan = $70,848
Interest rate = 25%
Numbers of years = 4 years
Annuity Payment = X = ?
Placing values in the formula
$70,848 = X x ( 1 - ( 1 + 25% )^-4 ) / 25%
$70,848 = X x 2.3616
X = $70,848 / 2.3616
X = $30,000
Answer:
0.5
Explanation:
Zscore = (x - mean) / standard deviation
Given the data:
X : 462 490 350 294 574
The second observation = 490
The mean and standard deviation of the data could be obtained using a calculator :
Mean = 434
standard deviation = 112
ZSCORE = (490 - 434) / 112
ZSCORE = 56 / 112
ZSCORE = 0.5
Answer:
1. $2.5 million
2. $0
Explanation:
1. Since the book value is more than the generated future cash flows so book value cannot be recovered. In this case, the generated future cash flows are ignored
In this scenario, we compare the values between book value and the fair value of machinery, the difference would be the loss on impairment of the asset
In mathematically,
= Book value - fair value
= $6.5 million - $4.0 million
= $2.5 million
2. In this case, the sum of future cash flows is exceeded than the book value. So, no impairment loss would be recognized i.e zero amount
