Jodi is retiring at the age of 65. When she retires, she estimates that she will need a monthly income for 25 years. If Jodi starts with $328,133.32 in an account that pays 6.2% interest compounded montly, approximately what monthly income will she be able to draw?

Answers

Answer 1
Answer: Given:
Principal = 328,133.32
Interest rate = 6.2%, compounded monthly
term = 25 years

A = P (1 + r/n)^nt
A = 328,133.32 (1 + 6.2%/12)^12*25
A = 328,133.32 (1 + 0.0052)^300
A = 328,133.32 (1.0052)^300
A = 328,133.32 (4.74)
A = 1,555,351.94  Total value after 25 years.

1,555,351.94 / 300 months = 5,184.51 per month.
Answer 2
Answer:

Answer:The correct answer is B:2,154

Step-by-step explanation:


Related Questions

Can someone help or explain the problem to me
Sara was given $85 plus an additional $8per flower arrangement sold. Whatequation represents how much moneySara can make? How much money willSara make if she sells 6 flowerarrangements?
Ifx + 2y = 1x-2y = 13'then y =
What is 16,700,000,000,000,000 estimated as the product of a single digit and a power of 10?
How many minutes in a year

What is the value of x in the equation 3x – 4y = 65, when y = 4?
the answer is x=27

Answers

What is the value of x in the equation 3x-4y=65 when y=4?

Simple...plug n chug..

3x-4(4)=65

3x-16=65

Now, isolate the variable, x....

3x-16=65
    +16 +16

3x=81

Now, divide,

(3x)/(3) = (81)/(3)

x=27.

Thus, your answer.

A farmer needs to enclose a section of land in the shape of a parallelogram by using one side of a barn for one side. The barn and the side opposite of the barn will both be 10 feet long. One of the other sides will be 6 feet long. What is the length of the last side?

Answers

Answer: 6 feet

Step-by-step explanation:

Given: A farmer needs to enclose a section of land in the shape of a parallelogram by using one side of a barn for one side.

We know that in parallelogram opposite sides are equal.

Since, it is given that the barn and the side opposite of the barn will both be 10 feet long.

Therefore, if one of the other sides will be 6 feet long.

Then, the  length of the last side must be 6 feet long because it is opposite to the 6 feet long side.

The other sides length is 6 feet

Which of the following functions best represents the graph? A. f(x) = x3 + x2 − 4x − 4

B. f(x) = x3 + x2 − x − 1

C. f(x) = x3 + 3x2 − 4x − 12

D. f(x) = x3 + 2x2 − 2x − 1

Answers

Answer:

B. f(x)=x³+x²-x-1

Step-by-step explanation:

The value of the graph f(x) shows that at x=1 and x=-1 must yield f(x)=0

which is true in case B.

A. f(1)=1+1-4-4= -6≠0

C. f(1)= 1+3-4-12=-12≠0

D.  f(-1)= -1+2+2-1= 2≠0

Hence, option B is correct

i.e. f(x)=  x³+x²-x-1

I believe the answer is B.

Earth is approximately 9.3 × 10^7 miles from the sun. Saturn is approximately 8.87 × 10^8 miles from the sun. About how much farther is Saturn from the sun than Earth is?

Answers

887000000-93000000 =794000000


Liz polishes rings for a jeweler. She can polish 9 rings per hour. How many rhours will it take her to polish 315 rings?

Answers

315 divided by 9 = 35 hours

its super duper easy divide ok divide 9 ÷ 315 we give you 35.


A car factory produces 100 cars in a day. If c is the total number of cars produced in d days, which equation represents the number of cars as a function of the number of days?. a.d = f(c) = 100c.
b.d = f(c) = 100 + c.
c.c = f(d) = 100d.
d.c = f(c) = 100d.
e.d = f(c) = 100 – d

Answers

We have:
c - the total number of cars,
d - the number of days;
c = f ( d ) = 100 d
Answer: C )

For this case we have the following variables:

d: number of days

c: total number of cars

We know that an amount of 100 cars per day is produced.

Therefore, the equation that models the problem is:

We can write this equation as a function of the number of days.

Therefore, by rewriting the equation we have:

Answer:

An equation that represents the number of cars as a function of the number of days is:

c = f (d) = 100d

option c

Other Questions