Answer:
true
Explanation:
jhonny sins approved this message
Answer: $403.20
Explanation:We use a mortgage calculator to calculate the interest paid in the final payment. Since each repayment is made at the end of year, the repayments are annual payments. So, the calculator should have an annual amortization schedule to solve the problem.
I used
http://www.calculator.net/loan-calculator for the calculation because it has an annual payment schedule. Then, I went under the subtitle
Paying Back a Fixed Amount Periodically because the payments are equal. In that online calculator, I just input these data:
- Loan Amount: $12,000
- Loan Term: 4 (Loan term is number of years to pay the loan)
- Interest Rate: 11.5%
- Compound: Annually (APY)
- Pay Back: Every year
Then, I clicked the
calculate button and view amortization table. The annual amortization schedule is attached in this answer.
To determine the interest paid at the final payment, I looked at payment #4 because the final payment is at the 4th year. (The loan is paid in 4 annual payments).
As seen in the attached image, the interest paid in payment #4 is $403.20. Hence, the interest paid in the final payment is
$403.20.
Answer:
E) 1920
Explanation:
The computation of the maximum items in process is shown below:
= Number of maximum target cycle time × normal processing rate per minute × number of minutes in one hour
= 16 hours × 2 × 60 minutes
= 1,920
Simple we multiply the all items which are given in the question, so that the accurate value can come i.e maximum target cycle time, normal processing rate per minute and the number of minutes in one hour
Last semester, Brita bought her textbooks over the Internet and saved a considerable amount of money. Classes start in a few days, and she needs to decide right away how and where to purchase her books. Brita will most likely engage in "limited problem solving" process.
<h3>What is limited problem solving process?</h3>
Limited issue solving is another sort of consumer problem-solving that consumers employ when they need information about unknown brands in well-known product categories or when they make sporadic purchases of goods; it takes a fair amount of time for information collecting and consideration.
The characteristics of limit solving process are-
- Limited issue solving is employed when consumers seek information about a new brand within a well-known product category or when they occasionally purchase products.
- When buying a new, expensive, or infrequently purchased goods, consumers engage in lengthy problem solving.
- Possibly when you need to find out information about an unusual brand in a well-known product area, takes a fair amount of time to gather information.
- Clothing is one example where it is known the product class but not the brand.
Therefore, in the given case- Brita lacks the time to thoroughly consider all of his alternatives. Additionally, he will likely follow suit this time around given his recent success purchasing books online (unless he waited too long and cannot receive his books in time).
To know more about steps in the problem solving process, here
brainly.com/question/10708306
#SPJ4
Answer:
The correct option is c. $8.
Explanation:
Ken will maximize utility where the following equation holds:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips ................. (1)
Where;
MU of Sprite = Marginal utility of Sprite = 3
Price of Sprite = $1 per can
From the table in the question, equation (1) holds at the point where Marginal utility of potato chips is 6 since the Potato chips cost $2 per bag.
Substituting the values into equation (1), we have:
MU of Sprite / Price of Sprite = MU of potato chips / Price of potato chips => 3 / 1 = 6 / 2 = 3
Since when the marginal utility of potato chips that maximizes utility is 6, Ken consumes 4 Bags of Potato chips monthly and pays $2 per bag at this point, the amount he spends on potato chips each month can be calculated as follows:
Amount spent on potato monthly = Number of bags of Potato chips consumed monthly * Cost of potato chips per bag = 4 * $2 = $8
Therefore, the correct option is c. $8.