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Question: Mark and Beth are looking at four

Mark and Beth are looking at four different homes. They created this spreadsheet to estimate escrow calculations more easily. They will pay the property tax and homeowner’s insurance each month with their mortgage payment. The bank will hold these two amounts in escrow until those bills need to be paid, which is every 6 months. Each line represents data for a different home they are looking at. Mark and Beth input values for the mortgage, property tax, and homeowner’s insurance in rows 2–5, columns A, B, and C.
Mark and Beth are looking at four different homes. They created this spreadsheet to estimate escrow calculations more easily. They will pay the property tax and homeowner’s insurance each month with their mortgage payment. The bank will hold these two amounts in escrow until those bills need to be paid, which is every 6 months. Each line represents data for a different home they are looking at. Mark and Beth input values for the mortgage, property tax, and homeowner’s insurance in rows 2–5, columns A, B, and C.


a. Write the spreadsheet formula for cell D2 that will compute the escrow balance after 1 month.  If the monthly escrow payments get 1% interest compounded monthly, Mark and Beth can compute the value of the escrow account in 6 months. Look at this as finding the future value of a periodic deposit. Recall the formula from Section 3-8 shown at the left. 
b. Write the spreadsheet formula for cell E2 that will compute the escrow balance after 6 months, with the given interest rate and monthly compounding. 
c. Fill in the missing entries.

a. Write the spreadsheet formula for cell D2 that will compute the escrow balance after 1 month. If the monthly escrow payments get 1% interest compounded monthly, Mark and Beth can compute the value of the escrow account in 6 months. Look at this as finding the future value of a periodic deposit. Recall the formula from Section 3-8 shown at the left. b. Write the spreadsheet formula for cell E2 that will compute the escrow balance after 6 months, with the given interest rate and monthly compounding. c. Fill in the missing entries.
Mark and Beth are looking at four different homes. They created this spreadsheet to estimate escrow calculations more easily. They will pay the property tax and homeowner’s insurance each month with their mortgage payment. The bank will hold these two amounts in escrow until those bills need to be paid, which is every 6 months. Each line represents data for a different home they are looking at. Mark and Beth input values for the mortgage, property tax, and homeowner’s insurance in rows 2–5, columns A, B, and C.


a. Write the spreadsheet formula for cell D2 that will compute the escrow balance after 1 month.  If the monthly escrow payments get 1% interest compounded monthly, Mark and Beth can compute the value of the escrow account in 6 months. Look at this as finding the future value of a periodic deposit. Recall the formula from Section 3-8 shown at the left. 
b. Write the spreadsheet formula for cell E2 that will compute the escrow balance after 6 months, with the given interest rate and monthly compounding. 
c. Fill in the missing entries.





Transcribed Image Text:

A B C D E Annual Escrow Balance Monthly 1 Mortgage Property Tax Annual Homeowner's Monthly Escrow with Interest after Рayment Insurance Six Months 2 1,435 5,900 1,234 d. 3 1,987 8,766 1,567 е. f. 4 2,081 8,944 1,540 g. h. 1,873 7,711 1,564 i. j. Future Value of a Periodic Deposit (1+)"-) В where B= balance at the end of the 6 months P = periodic deposit amount, which is the monthly escrow r = annual interest rate expressed as a decimal n = number of times the interest is compounded annually t= length of the investment in years



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> Explain how that quote can be interpreted in light of what you have learned in this lesson.

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> A company produces a security device known as Toejack. Toejack is a computer chip that parents insert between the toes of a child, so parents can track the child’s location at any time using an online system. The company has entered into an agreement wit

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> On May 29, Rocky had an opening balance of x dollars in an account that pays 1.3% interest, compounded daily. He deposits y dollars. Express his ending balance on May 30 algebraically.

> Steve’s SUV has a 17-gallon gas tank. The SUV gets an estimated 24 miles per gallon. Approximately how far can the SUV run on half a tank of gas?

> A company produces a security device known as Toejack. Toejack is a computer chip that parents insert between the toes of a child, so parents can track the child’s location at any time using an online system. The company has entered into an agreement wit

> Dave wants to borrow $22,000 from First Finance Bank. The bank will give him a 15-year loan at an interest rate of 4.85%. How much will he pay the bank in interest over the life of the loan? Round to the nearest hundred dollars.

> Use your answer and the loan information from Exercise 8 to determine what effect a $50 decrease in Louis’s monthly payment would have on the length of his loan. Exercise 8: Louis wants to take out a $14,000 loan with a 6.8% APR. He can afford to pay n

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> A bank offers a $25,000 loan at an interest rate of 7.7% that can be paid back over 2–10 years. a. Write the monthly payment formula for this loan situation. Let t represent the number of years from 2 to 10 inclusive. b. Write the total interest formul

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> In each case, the blue graph represents the expense function and the black graph represents the revenue function. Describe the profit situation in terms of the expense and revenue functions. dollars $100,000 price 100

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