Originally posted by: Mathlete
Here is a gereric formula that will work for anything other the continuous(you alreadt have that formula)
A=P * ( 1 + r/n)^nt
where P is the principle
r is the rate given as an APR
n is the number of times interest is compounded per year
t is the number of years
sometimes you will see r/n written as i which stands for the interest per payment period
Also remember that e is a number so when you had 1500e^.0625(2) this is actually a number
Originally posted by: armatron
ok last (I hope) question...
on the problem
4.7eSQRT3
my calc only has e^x
so can I use e^1?
answer I get is 22.1286..
Originally posted by: BigJ
Originally posted by: armatron
ok last (I hope) question...
on the problem
4.7eSQRT3
my calc only has e^x
so can I use e^1?
answer I get is 22.1286..
Yes you can use e^1.
I'm sorry, but after seeing all these questions, are you really in Calc? Some of these are very, very basic questions and shouldn't be trouble to remember for someone that has the intelligence to take a college level calculus course.
Originally posted by: armatron
Originally posted by: BigJ
Originally posted by: armatron
ok last (I hope) question...
on the problem
4.7eSQRT3
my calc only has e^x
so can I use e^1?
answer I get is 22.1286..
Yes you can use e^1.
I'm sorry, but after seeing all these questions, are you really in Calc? Some of these are very, very basic questions and shouldn't be trouble to remember for someone that has the intelligence to take a college level calculus course.
yeah I'm really in calc. I took precalc in high school, and learned all this junk in that class.
My calc teacher didn't go over any past knowledge... yet it's on the final. I'm reviewing it in case he asks specific questions (as are on the review sheet..)

 
				
		