Aschool has 200 students and spends $40 on supplies for each student. the principal expects the number of students to increase by 5% each year for the next 10 years and wants to reduce the amount of money spent on supplies by 2% for each student each year. use the drop-down menus to choose or create functions to model: a. the predicted number of students over time, s(t) b. the predicted amount spent per student over time, a(t) c. the predicted total expense for supplies each year over time, e(t) clear

Step-by-step explanation:

Rate of increment is 5% per year.  

A function 'S(t)' which gives the number of students in school after 't' years.  

S(0) means the initial year when the number of students is 200.

S(0) = 200  

S(1) means the number of students in school after one year when the number increased by 5% than previous year which is 200.  

S(1) = 200 + 5% of 200 = = =  

S(2) means the number of students in school after two year when the number increased by 5% than previous year which is S(1)  

S(2) = S(1) + 5% of S(1) = = =  

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Similarly  

Rate of decrements is 2% per year.  

A function 'A(t)' which gives the amount spend on each student in school after 't' years.  

A(0) means the initial year when the number of students is 40.  

A(0) = 40  

A(1) means the amount spend on each student in school after one year when the amount decreased by 2% than previous year which is 40.  

A(1) = 40 + 2% of 40 = = =  

A(2) means the amount spend on each student in school after two year when the amount decreased by 2% than previous year which is A(1)  

A(2) = A(1) + 2% of A(1) = = =  

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Similarly  

Total expense = (number of students) ×  (amount spend on each student)

E(t) = S(t) × A(t)

(NOTE : The value of x in all the above equation is between zero(0) to ten(10).)

S(t) = 200(1+.05)^t

A(t)  = 40(1-.02)^t

E(t) = S(t) X a(t)

the answer would be 150 books

step-by-step explanation:

if you divide 300 by 2 you will get 150

answer: sherk

step-by-step explanation:

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