Answer:
$1,250
Explanation:
Calculation for what is the best estimate for the lifetime value of an average customer using the simplified customer lifetime value (CLV) equation
Using this formula
Customer lifetime value (CLV) = r / (1 + i - r)
Let plug in the formula for
Customer lifetime value (CLV) = 0.8 / (1 + 0.12 - 0.8)
Customer lifetime value (CLV) = 2.5
Customer lifetime value (CLV) =($1,000-$5,00)× 2.5
Customer lifetime value (CLV) = $500 x 2.5
Customer lifetime value (CLV) = $1,250
Therefore the best estimate for the lifetime value of an average customer using the simplified customer lifetime value (CLV) equation will be $1,250
Answer:
iii.Income earned on T-bills is exempt from state and local taxes.
Explanation:
Some staes might require that require that income earned from T-bills be reported regardless of the tax exempt status.
Answer:
D. None of the above
Explanation:
Gross Domestic Product (GDP) is the total monetary value of all the goods and services a country produces within a period of time.
There are various approaches to calculating GDP which include; the income approach, expenditure approach and output approach.
The income approach to calculating GDP considers income from all the factors of production (profits, interest, rental and labor incomes) in each sector of the economy to arrive at the National income of the country.
Answer:
None of the given options.
Depreciation expense for year 1 would be $37,500.
Explanation:
Cost = $400,000
Residual value = $50,000
Expected hours = 40,000
Working hours (year 1) = 6,000 hours
Now,
Depreciation per hour = 
Depreciation per hour = 
Depreciation per hour = 
Depreciation per hour = $6.25
Depreciation expense (year 1) = Depreciation per hour × Working hours (year 1)
Depreciation expense (year 1) = $6.25 × 6,000
Depreciation expense (year 1) = $37,500
