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Linear Algebra 44 Online
OpenStudy (anonymous):

Rudy has been awarded some money in a settlement. He has the option to take a lump sum payment of $200,000 or get paid an annuity of $1,000 per month for the next 25 years. Which is the better deal for Rudy, and by how much, assuming the growth rate of the economy is 2.75% per year?

OpenStudy (anonymous):

i need help

OpenStudy (compassionate):

If you take the 200k and invest it in bonds at 2.75%, you will have 394k after 25 years. If you take the 12k a year and buy bonds at 2.75% every year you will have 423k after 25 years. OpenStudy Ambassador; Compassionate

OpenStudy (anonymous):

Lump Sum: by $14,899.82 Lump Sum: by $43,535.88 Annuity: by $14,899.82 Annuity: by $43,535.88 i got c

OpenStudy (compassionate):

Add the numbers together.

OpenStudy (anonymous):

i dont now if it is right

OpenStudy (anonymous):

$200k will give you $5500 per year from 2.75% per year. Other option is $12,000 per year. No-brainer.

OpenStudy (anonymous):

Sammy has an annuity that pays him $9600 at the beginning of each year. Assume the economy will grow at a rate of 3.1% annually. What is the value of the annuity if he received it now instead of over a period of 10 years?

OpenStudy (anonymous):

do you know how to do this i didnt get this

OpenStudy (anonymous):

Net present value = 9600[1/(1+0.031) + 1/(1+0.031)^2+...+1/(1+0.031)^10] Future payments are "discounted" by r=0.031 here each year. e.g., 9600 ten years in future worth only 9600/(1.031)^10 = 7074 today.

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