Using the table, complete parts A, B, and C.
Simple Interest
Year Price
0 $20,000
10 $32,000
20 A

Compound Interest
Year Price
0 $20,000
10 $35,816.95
20 B

Part A: Find the third terms in the table, A and B, using a linear model (simple interest) and an exponential model (compound interest).
Part B: Assuming it has the same annual interest rate rounded to the nearest cent, how much more is the investment worth using an exponential model versus a linear model?
Part C:How would a rate of decay or decay factor affect the outcome

Question

Using the table, complete parts A, B, and C. 
Simple Interest 
Year    Price        
0         $20,000
10       $32,000
20        A

Compound Interest
Year  Price
0       $20,000
10     $35,816.95
20      B

Part A: Find the third terms in the table, A and B, using a linear model (simple interest) and an exponential model (compound interest). 
Part B: Assuming it has the same annual interest rate rounded to the nearest cent, how much more is the investment worth using an exponential model versus a linear model?
Part C:How would a rate of decay or decay factor affect the outcome