<u>B.</u> (Annuity PV factor, I = 12%, n = 4) PV = $2,000
<h3><u>What Is an Annuity's Present Value Interest Factor?</u></h3>
When the periodic payment amount is multiplied by the present value interest factor of an annuity, the present value of a series of annuities can be calculated. The initial deposit accrues interest at the interest rate (r), which may be expressed as the following formula and perfectly finances a sequence of (n) successive withdrawals:
PVIFA is equal to (1 - (1 + r)n) / r.
Another factor used to calculate the present value of a typical annuity is PVIFA. A PVIFA table, which quickly displays the value of PVIFA, contains the most typical values for both n and r. This table is a very helpful tool for contrasting various scenarios with varied n and r values.
Learn more about the annuity PV factor with the help of the given link:
brainly.com/question/15432294
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Answer:
Post-Purchase Evaluation.
Explanation:
There are five stages of purchase decision making process as given below
- Problem Recognition.
- Information Search.
- Evaluation of Alternatives.
- Purchase Decision.
- Post-Purchase Evaluation.
Since Leona has bought the product it will be post purchase act and also she is examining the taste of product, she is in the evaluation process of the product and hence she is in post purchase evaluation stage of buyer decision process.
I think the answer is B because that doesn't seem very desirable
19.27+88.22+321.77=429.26
4.5+2=6.5
429.26 x 1.065 = 457.1619
Answer = $457.16