Let x = the price of the car that Olivia can afford.
Down payment = $2,500
Remaining amount to be financed is P = x - 2500.
Total payments should equal the monthly payments.
The total payment over 4 years (48 months) is
A = $185*48 = $8,880
The rate is r = 4.9% = 0.049.
The compounding interval is n = 12.
The time is t = 4 years.
The amount financed is P = $(x - 2500).
Therefore
(x - 2500)(1 + 0.049/12)⁴⁸ = 8880
1.216(x - 2500) = 8880
x - 2500 = 7302.63
x = 9802.63
Olivia can afford a car priced at $9,802.63.
Answer: $9,802.63
Answer:
n = ㏒ P ÷ ㏒ (1.08)
Explanation:
Compound interest rate
A = P × 
where
P = principal amount (the initial amount you borrow or deposit)
r = annual rate of interest (as a decimal)
A = amount of money accumulated after n years, including interest.
n = number of years
Since we want the principle amount to double i.e., A = 2P
put this in above equation
2P = P × 
divide both sides by P, we get
P = 
put r = 0.08
P = 
P = 
Taking log on both sides
㏒ P =㏒ 
㏒ P = n ㏒ (1.08)
n = ㏒ P ÷ ㏒ (1.08)
Answer:
Correct option is D
Answer is increased by $ 77232
Explanation:
Effect on Inventory:
Increase due to purchase $80000
Decrease due to return -$1600
Increase for freight paid $400
Decrease for discouont availed -$1568 (78400*2%)
<u>Net Increase in Inventor =$77,232</u>
Answer:
Explanation:
Apply first discount to original price
apply next discount to discounted price
etc
True. With competition in a market, firms have to compete to stay ahead of the others