T Thundercatz Full Member 10+ Year Member 15+ Year Member Jul 13, 2008 #1 Advertisement - Members don't see this ad Hi, Are there compound interest problems on the real DAT? Im going through the concepts and wanted to know if I should learn this? Anyone seen one at the DAT recently???
Advertisement - Members don't see this ad Hi, Are there compound interest problems on the real DAT? Im going through the concepts and wanted to know if I should learn this? Anyone seen one at the DAT recently???
osimsDDS Full Member 10+ Year Member 5+ Year Member 15+ Year Member Jul 13, 2008 #2 its usually like this: I= P(1+r)^t P=principle r=rate in percent t=time So lets say you have 1000 at 5% compound interest, what will be the interest in 3 years... I= 1000(1+.05)^3 I= 1,157 close enough Upvote 0 Downvote
its usually like this: I= P(1+r)^t P=principle r=rate in percent t=time So lets say you have 1000 at 5% compound interest, what will be the interest in 3 years... I= 1000(1+.05)^3 I= 1,157 close enough
Mstoothlady2012 Full Member 10+ Year Member 5+ Year Member 15+ Year Member Jul 13, 2008 #3 osimsDDS said: its usually like this: I= P(1+r)^t P=principle r=rate in percent t=time So lets say you have 1000 at 5% compound interest, what will be the interest in 3 years... I= 1000(1+.05)^3 I= 1,157 close enough Click to expand... That's is not the interest after 3 years. That's the amount w/ interest that you would have to pay after 3 years. Interest would be 1157-1000 = 157 Just wanna clear it up 😀 Upvote 0 Downvote
osimsDDS said: its usually like this: I= P(1+r)^t P=principle r=rate in percent t=time So lets say you have 1000 at 5% compound interest, what will be the interest in 3 years... I= 1000(1+.05)^3 I= 1,157 close enough Click to expand... That's is not the interest after 3 years. That's the amount w/ interest that you would have to pay after 3 years. Interest would be 1157-1000 = 157 Just wanna clear it up 😀