Question Completion Status: QUESTION 11 Use the answer to the previous question to answer this question. Suppose Carlos needs to save up enough money over the next 6 years to purchase an in ground swimming pool. Assume that his investment plan pays an APR of 4.8% compounded monthly. If Carlos is able to place $80 into the account each month (for 6 years), then how much money will he have saved up? Round off to the nearest dollar. APRO 1 + = 1 Set up: A = PMTX n APR n Step 2: Calculate the denominator: (APR). denominator = [denominator] QUESTION 12 the previous question to answer this question. Remaining Time: 1 hour, 52 minutes, 53 seconds. Question Completion Status: QUESTION 9 Suppose Carlos needs to save up enough money over the next 6 years to purchase an in ground swimming pool. Assume that his investment plan pays an APR of 4.8% compounded monthly. If Carlos is able to place $80 into the account each month (for 6 years), then how much money will he have saved up? Round off to the nearest dollar. APRIon 1 + -1 Set up: A = PMTX n APR n Enter the given values - hit TAB to get to the next field. Given: PMT= ; APR (as a decimal) = no ; Y= QUESTION 10 Use the answer to the previous question to answer this question. Suppose Carlos needs to save up enough money over the next 6 years to purchase an in ground swimming 46802655_1&step=null Remaining Time: 1 hour, 52 minutes, 35 seconds. Question Completion Status: QUESTION 10 Use the answer to the previous question to answer this question. Suppose Carlos needs to save up enough money over the next 6 years to purchase an in ground swimming pool. Assume that his investment plan pays an APR of 4.8% compounded monthly If Carlos is able to place $80 into the account each month (for 6 years), then how much money will he have saved up? Round off to the nearest dollar. APRnn + - 1 Set up: A = PMTX n APR n Step 1: Calculate the numerator: + APRIAM - 1. n Round off to 5 digits after the decimal. numerator = [numerator]