A) Andrea will need to borrow $34,000 to buy the Camaro
B) Andrea will need to type =(34000x1.03 ^ 5) / 60 in Excel to figure her monthly payment, which will be $656,92.
C) The total of all of Andrea’s payments be over the lifetime of the car loan will be $39.415,31
D) Andrea will pay $5415.31 in interest over the lifetime of the car loan
Since Andrea's car has broken down for the third time this month, and she has decided to buy a different car, and her dream car, a 2016 Chevrolet Camaro, costs $ 38,000, and she has a $ 4,000 down payment saved, and the bank is offering 3.00% APR on 60 month loans for new cars, to determine A) how much will Andrea need to borrow to buy the Camaro; B) what would Andrea need to type in Excel to figure her monthly payment from her, and what will her her monthly payment be from her; C) what will the total of all of Andrea’s payments be over the lifetime of the car loan; and D) how much will Andrea pay in interest over the lifetime of the car loan, the following calculations must be performed:
- A)
- 38000 - 4000 = X
- 34000 = X
- B)
- = (34000x1.03 ^ 5) / 60
- 39.415,31 / 60
- 656,92
- C)
- 34000 x 1.03^5 = X
- 34000 x 1.1592 = X
- 39.415,31 = X
- D)
- (34000 x 1.03^5) - 34000 = X
- (34000 x 1.1592) - 34000 = X
- 39415.31 - 34000 = X
- 5415.31 = X
Learn more in brainly.com/question/14295570
Answer:
NRP=44
Step-by-step explanation:
This is super simple.
NRQ = 96
PRQ= 52
PRQ + NRP = NRQ
NRQ- PRQ = NRP
Soooo plug the angles in....
96-56= NRP
44 = NRP
NRP=44
Hope this helped!
The two triangles are congruent because every corresponding side has the same length, & every corresponding angle has the same measure. In short she's correct
Answer:
200X = Y
Step-by-step explanation:
Since the insect in question can flap its wings 200 times per second, the equation that represents how many times it flaps its wings according to the time of flight is the following:
200X = Y
Thus, 200 is the number of times per second it flaps its wings, while X is the number of seconds in question. In turn, Y is the number of times it flaps its wings in the given time.
For example, if the insect were to fly for 5 seconds, the equation would work as follows:
200 x 5 = Y
1000 = Y
