What is the value of the investment in 20 years for V(t), after t years, of a $1000 investment expected to appreciate by 5% each year?

A.) $1,005.05
B.) $1,102.50
C.) $3,325,256.73
D.) $2,653.30

The investment will be $2653.30 after 20 years.

Step-by-step explanation:

Given,

Principal(P) = $ 1000

Time (T) = 20 years

Rate of interest(R) = 5%

To find the amount after 20 years

Formula

Amount(A) = P

Now putting the values of P, T and R we get,

A = $1000

=$ 1000

=$ 2653.297

= $ 2653.30

Hence, the investment will be $2653.30 after 20 years.

17   x 256=4352

sorry if this is wrong, i'm new.

step-by-step explanation:

x= -3 and

step-by-step explanation:

to find the roots of a cubic, use division or factoring to find the factors then set equal to 0. as this is a difference of cubes, it factors into

where a is the cube root of .

here   this is 27 and the cube root of 27 is 3. so we write using the form:

.

set each factor to 0 and solve for x.

x-3=0

x=3

the quadratic expression does not factor and must be solved using the quadratic formula.

where a = 1, b=3, and c=9

this cubic has two complex roots.