Answer:
$14,112
Step-by-step explanation:
The sum of the 48 monthly payments is ...
48 × $231.50 = $11,112
Together with the down payment the total installment price is ...
$11,112 +3,000 = $14,112
Given:
• Amount to save, A = $28,000
,
• Time, t = 6 years
,
• Interest rate, r = 5.3% ==> 0.053
,
• Number of times compounded = quarterly = 4 times
Let's find the amount that must be deposited into the account quarterly.
Apply the formula:

Where:
FV is the future value = $28,000
r = 0.053
n = 4
t = 6 years
Thus, we have:

Let's solve for P.
We have:

Solving further:

Divide both sides by 28.0384237:

Therefore, the amount that must be deposited quarterly into the account is $998.60
ANSWER:
$998.60
Answer:
The fourth term in the sequence is equal to the third term plus the common difference, or 16+3=19- last choice
The answer I believe is 1/t(x^2-3)
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