You get hired for a new job that will only last for one month (31 days, you work 7 days a week) and you are offered the two following payment plans to choose from: plan a: $4,000 per day for the whole month with a $10,000 signing bonus. plan b: $0.01 for day 1 $0.02 for day 2 $0.04 for day 3 $0.08 for day 4 $ 0.16 for day 5 and so on every day is double the previous days salary, with no signing bonus. a.) create two functions that model each of these payment plans, where t is the number of days. (plan a function, a(t), will respresent what you earn total over the whole 31 days, plan b's function, b (t), will represent what you earn each individual day.) b.) calculate how much you will make in one month of plan a c.) calculate how much you will make on the 3st day of plan b.

Plan A:  The "signing bonus" is the initial value of the amount of money earned, and is represented by "b" in the slope-intercept equation y = mx + b.

Thus, under plan A, the earnings are E = $4000t + $10000, where t is the number of days worked.  Substitute 31 for t to find the total this person could earn under Plan A.

Plan B:  The amount the worker earns doubles each day.  First day:  $0.01, second day:  2($0.01) = $0.02; third day:  $0.03.  This seems to answer "Calculate how much you will make on the 3st day of Plan B."

However, I think you meant "31st day," not "3st day."  Thus, answer the following:

Calculate how much you will make on the 31st day of Plan B.

First day:  $0.01, or $0.01(2)^(1-1)
Second day:  $0.01(2)^(2-1) = $0.01(2^1)=$0.02
Third day:  $0.01(2)^(3-1)  = $0.01(2)^(3-1) = $0.01(4) = $0.04

nth day:  $0.01(2)^(n-1)

Let n =31 and calculate the pay for that day.

If jon had $4.00 then takes away $2.25, then he should have $1.75 left. $4.00 - $2.25 = $1.75 hope this ; )