Answer and Explanation:
Given:
Product 1 Product 2 Product 3
Cost of product $20 $90 $50
Selling price $40 $120 $70
Selling cost $6 $40 $10
Computation:
Product 1 Product 2 Product 3
Product Cost $20 $90 $50
N.R.V ($40-$6)=$34 ($120-$40)=$80 ($70-$10)=$60
Per Unit Inventory Value $20 $90 $50
Cost per unit
(300,000÷15,000)+20=40
Current profit
50×15,000−40×15,000=150,000
Profit change
60×15,000−40×15,000=300,000
units will knoll need to sell for profit to remain the same as before the price change is
(150,000+300,000)÷40=11,250
Answer:
t = 4.607742347 years rounded off to 4.61 years
Explanation:
To calculate the number of years it will take an investment of $3500 to grow to $5900 at an annual interest rate of 12%, we will use the formula for the future value of cash flows. The formula can be written as follows,
Future value = Present value * (1+i)^t
Where,
- i is the interest rate
- t is the time in years
Plugging in the values for future value, present value and i, we can calculate the t to be,
5900 = 3500 * (1+0.12)^t
5900 / 3500 = (1.12)^t
1.685714286 = 1.12^t
Taking log on both sides.
Ln(1.685714286) / Ln(1.12) = t
t = 4.607742347 years rounded off to 4.61 years
Answer:
final loan amount = $18,455.86
so correct option is c. $18,455.86
Explanation:
given data
loan = $18000
rate = 10%
time = 3 months
to find out
total amount that Rahul owes the bank at the end of the loan
solution
we know that number of day in 3 months is
number of day = 3 × 
number of day = 91.25 days
loan rate = 
loan load = 0.00027397
now final loan amount will be
final loan amount = loan amount × 
final loan amount = $18000 × 
final loan amount = $18,455.86
so correct option is c. $18,455.86
