You are expecting to start savings for retirement in the following way: Assume it is time 0 and in exactly 1 year, you are going to put $2500 in your Individual Retirement Account, and repeat that for 24 years. At year 25, you are going to put a total of $3500 (Original $2500 + $1000 more) until year 35. How much will you have in your account after you retire at year 35 if your constant interest rate is 9.5% right after the last payment?

6x 2.54 is 15.24, answer is c

The answer is c. vote brainliest if this ! : )

Part (a) is relatively straight forward.there are 4 aces in a standard 52-card deck. so the probability that an ace is picked is just 4/52.part (b): note that there are 4 suits in a standard 52-card deck. so picking hearts will be 13/52 or 1/4.part (c): the probability condition or means we need to add the two probabilities because we do not want them simultaneously. so, we end up getting pr(ace) + pr(heart).from part (a), we found that picking an ace had a probability of 4/52, which is reduced down to 1/13.from part (b), we found that picking a heart had a probability of 1/4.so, the probability of an ace or a heart is 1/13 + 1/4 = 4/52 + 13/52 = 17/52.

Ill you if you me: )