Answer:
$66,092.50
Step-by-step explanation:
In 1988, the car cost $17,000
Annual inflation over this period was 3.54% from 1988 to 2017
After adjusted for inflation, $17,000.00 in 1978 is equal to $66,092.50 in 2017
Therefore, the cost of that car in 2017 is closest to $66,092.50
The answer to your question is
8x + 8
Answer:
Answer for question (a) is choice C. $129,574,501,848
Answer for question (b) is choice B. $153,274,185,397
Step-by-step explanation:
P = $23
r = 6%
t = 377 years
<u />
<u>If the money were compounded quarterly amount invested would be:</u>
<u />
A = P(1 + )^nt
A = $23(1 + )^4(377)
A = $129,574,501,848
<u>If the money were compounded continuously amount invested would be:</u>
<u />
A = P ×
Where (e) is the Euler's constant
A = $23 ×
A = $153,274,185,397
Answer:
Area of the rectangular Field = 3 8/9 km²
Step-by-step explanation:
Length of the field = 2 1/3 km
Width of the field = 1 2/3 km
Area of a rectangular Field = length × width
= 2 1/3 × 1 2/3
= 7/3 × 5/3
= (7*5)/(3*3)
= 35/9
Area of the rectangular Field = 3 8/9 km²
Perimeter of the rectangular Field = 2(length + width)
= 2(2 1/3 + 1 2/3)
= 2(7/3 + 5/3)
= 2(7+5/3)
= 2(12/3)
=2(4)
= 8 km
Perimeter of the rectangular Field = 8 km