Answer:
Future Value = $ 12528.15
Step-by-step explanation:
The depreciation is applied to the car annually. The value of the car after depreciation in "n" no. of years can be given by the following formula:
![Future\ Value = (Present\ Value)(1-depreciation\ rate)^n\\](https://tex.z-dn.net/?f=Future%5C%20Value%20%3D%20%28Present%5C%20Value%29%281-depreciation%5C%20rate%29%5En%5C%5C)
where,
Future Value = ?
Present Value = $ 24000
Depreciation Rate = 15% = 0.15
n = no. of years = 4
Therefore,
![Future\ Value = (\$ 24000)(1-0.15)^4](https://tex.z-dn.net/?f=Future%5C%20Value%20%3D%20%28%5C%24%2024000%29%281-0.15%29%5E4)
<u>Future Value = $ 12528.15</u>
A=lw A=370 l=6w-23
370=w(6w-23)
6w^2-23w=370
6w^2-23w-370
Works out to
(W-10) pick this one
+10
W=10
or
(6w+37) is not the answer to choose
-37
6w=-37
/6 /6
W=-6.17
A) 10
B) 10
C) 37
The Least Common Multiple of 104 and 76 is 1976
Answer:
2a + 8√b
Step-by-step explanation:
√9a² = 3a
√49b = 7√b
and
3a + 7√b - a + √b = 2a + 8√b