Directions: Compute the Customer lifetime value (CLV) for the following situation. Follow/Use the guide provided below. (show computation) Mr. Blythe spends $5000.00  for every visit  to  the  shoe  store  twice  a year for an expected time of 5 years. Mike spends $1500.00 for every visit to a restaurant with his girlfriend once a month for an expected period of 2 years. PV   RP   RT   CLV

Sam got a job at the Brick. He plans to save $500 every month for 3 years to buy a car. The savings account earns 2.25% compounded monthly. If he puts the money in his savings account at the end of each month, what will be the balance in the account at the end of the three-year term?   Question 3 options:   A)  $17 390.19   B)  $18 603.37   C)  $18 408.04   D)  $27 284.81   E)  $18 600.50

on Sami buys a used truck for $1,500. After using it for 3 years, he expects to sell it for $800. If i = 7.5% per year, the future worth in dollars is: Select one: O O a. $1,500 – $700(P/F,7.5%,3) b. $ 700 + 10% of $700 c. $700 - $1,500 (F/P,7.5%,3) d. $1,500 (F/P,7.5%,3) - 800

A quick response will be appreciated

A new homeowner is purchasing a living room set for $2,590 and must decide between two monthly installment financing offers.Offer 1: $200 down payment, remaining balanced financed at a 24.90% interest rate for 3 years.Offer 2: $425 down payment, remaining balanced financed at a 22.90% interest rate for 4 years.Part A: What is the total cost of offer 1? Explain which technology you used to solve and each step of your process. Part B: What is the total cost of offer 2? Explain which technology you used to solve and each step of your process.Part C: Which financing offer should the new homeowner choose?

For he 3 part question that follows, provide your answer to each part. Identify each part with coordinating response. Part A: What is the approxiamate APR formula? Part B: Keely buys a car for 18,000 with down payment of 1000. Estimate her APR to the nearest tenth of a percent if her monthly payments are 375 per onth for 60 months. OPart C: show your work to support your answer for Part B