SOLUTION: I can not remember what all the variables in this equation means: "A=p(1+r/n)nt." I know that this is interest, and payment. But when I have word problems, I lose what the variable

Algebra.Com
Question 130921This question is from textbook
: I can not remember what all the variables in this equation means: "A=p(1+r/n)nt." I know that this is interest, and payment. But when I have word problems, I lose what the variables mean and I don't know where to plug which numbers in. Help? This question is from textbook

Answer by stanbon(75887)   (Show Source): You can put this solution on YOUR website!
A=p(1+r/n)nt
-----------
A(t) is the value of the investment at time "t".
-----------------
P is the initial deposit or value of the investment at time t=0.
-------------------------
r is the annual interest rate
------------------------
n is the number of times the money is compounded in a year
-------------------------
t is the number of years the money is invested.
=====================================
Cheers,
Stan H.

RELATED QUESTIONS

My professor has taken the compound interest formula... {{{ A(t)=P(1+r/n)^nt }}} ...and (answered by jim_thompson5910)
Hello. My name is Joanne. Can you please help me solve this problem? A mother wants... (answered by MathTherapy)
I need help trying to solve this problem, Thanks Problem : What is the amount P... (answered by jim_thompson5910)
Compound Interest formula: A= P(1+(r/n))^nt I have to use this formula to answer this (answered by Theo)
Find the rate that a bank offers if $1000 is tripled in 8 years. Assume the interest is... (answered by ankor@dixie-net.com)
If $3000 is invested at an interest rate of 5% each year, find the amount of the... (answered by jim_thompson5910)
Please help I am stuck on this problem :( 3) The formula for calculating the amount of (answered by stanbon)
I am in need of great assistance...calling on experts for this pitiful student. I don't... (answered by checkley75)
This is the word problem I am having problems with. You would like to have $4000 in... (answered by stanbon)