You need to: 1. Pick a scenario or create your own scenario. (Email me if you are unsure if your scenario will work) 2. Write an equation to represent the exponential function (5 pts) 3. Create a table to represent the exponential function (5 pts) a. Identify the growth/decay rate on your table. (2 pts) b. Explain how the growth/decay rate represents an exponential function. (3 pts) 4. Create a graph to represent the exponential function (5 pts) 5. Use color to connect and identify “a” and “b” in the table, equation, graph, and scenario. (5 pts) 6. Identify the following: a. Domain (1 pt) b. Range (1 pt) c. Starting Point (1 pt) d. Growth/Decay Rate (1 pt) e. Rate of Change between 2 points (3 times) (6 pts) Scenario Examples (You CANNOT use these) You buy a new car that cost $25,000. The car depreciates at a rate of 11% per year. You put $7,500 into an investment account. The account is projected to earn 9% interest per year. The population of Kensington is currently 120,000 people. It is growing at a rate of 0.35% per year. The population of Camden NJ is currently 180,000 people. People are moving out at a rate of 1.2% per year. (I WILL GIVE BRAINLEST IF YOU ACTUALLY HELP)

f the borrower, the amount borrowed, and the loan-to-loan value (LTV) ratio. The LTV ratio is the ratio of amount borrowed to appraised value of the home. For example, a homebuyer who wishes to borrow $250,000 with a credit score of 730 and an LTV ratio of 80% will pay 0.5% (0.005) of $250,000, or $1,250. The table shows the LLPA for various credit scores and an LTV ratio of 80%. (see picture)

(a) Construct a function C=C(s), where C is the loan-level price adjustment (LLPA) and s is the credit score of an individual who wishes to borrow $300,000 with an 80% LTV ratio.

(b) What is the LLPA on a $300,000 loan with an 80% LTV ratio for a borrower whose credit score is 725?

(c) What is the LLPA on a $300,000 loan with an 80% LTV ratio for a borrower whose credit score is 670? ​

Step-by-step explanation:

the figures below are made out of circles, semicircles, quarter … find the area and the perimeter of each figure and give your answers as a completely simplified exact value in terms of π (no approximations). remember that we'll also have to cut whatever areas we get in half, since we're only dealing

step-by-step explanation:

7. d. 64

8. i. 32

9. c. 125

10. j. none of the above

11. d. 81

12. i. 216

13. e. none of the above

14. g. 240

15. e. none of the above

16. g. 32

17.   e. none of the above