Answer:
unsought
Explanation:
Based on the scenario being described within the question it can be said that this is an example of an unsought product. This term refers to a product in which an individual does not care much about or is even interested in purchasing. Which in this situation Megan has not given much thought into life insurance and is not looking to purchase it, but is aware of it due to the insurance agent's call.
In order to buy a car worth $25,000 a monthly payment of $622.12 is required.
Mortgages are one type of loan that frequently has a structure that calls for a stream of identical monthly payments. The lender can assess whether the customer's budget can support equal monthly payments by doing so.
Suppose the monthly payment is M.
With 9 percent APR, the effective monthly rate is 9%/12 = 0.75%.
There will be 12 x 4 years, or 48 monthly payments.
The face value of the loan must be equal to the present value of these monthly payments, or
which yields M = 622.12.
If you only paid interest, the monthly payment would be calculated as follows: principal * monthly interest rate (9% /12) = 25,000*0.75% = 187.5.
The results would be that after five years, you would still owe the whole amount of $25,000 and would have to pay $11,250 in interest.
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Answer:
Product A, then Product C and finally Product B
Explanation:
The unit profit = Selling price per unit - Variable cost per unit - Fixed cost per unit
Unit Profit of product A = $21 - $11 - $5 = $5
Unit Profit of product B = $12 - $7 - $3 = $2
Unit Profit of product C = $32 - $18 - $9 = $5
The profit of each product in 1 machine hour = 1 hour/ Machine hours per unit * Unit Profit
Profit of Product A in 1 hour using machine = 1/0.2 * $5 = $25
Profit of Product B in 1 hour using machine = 1/0.5*$2 = $4
Profit of Product C in 1 hour using machine = 1/0.2* $5 = $25
Product A & Product C have same profit in 1 hour machine, then we have to consider Direct labor hours per unit which product A is 0.4 while product C is 0.7. It means Product C is more costly in direct labour than Product A.
In short, then the ranking of the products from the most profitable to the least profitable use of the constrained resource is Product A, then Product C and finally Product B
Answer and Explanation:
The computation is shown below:
a. The amount in 2 years later is
As we know that
Amount = Principal × (1 + rate)^time period
= $10,675.50 × (1 + 6.5% ÷ 2)^2× 2
= $10,675.50 × (1 + 0.03125)^4
= $10,675.50 × 1.130982
= $12,073.80
b. Now the compound interest is
= Final Amount - principal amount
= $12,073.80 - $10,675.50
= $1,398.30
The above formulas should be applied
