The ordered pairs (1,36), (2,49), (3,64), (4,81), and (5,100) represent a function. what is a rule that represents this function
a. y=x^2
b. y=36x
c. y=(x+5)^2
d. y=(x+6)^2

Option C that is Y = (x+5)^2

Explanation:

We have been given some terms (1,36), (2,49), (3,64), (4,81) and  (5,100) we need to tell the rule for a function we can see as below

when x =1 then value of y=36 ( which is square of 6)  and 6 = 1+5

when x=2 then value of y=49 ( which is square of 7)  and 7 =2+5

when x=3 then value of y=64   (which is square of 8)  and 8 =3+5

when x=4 then value of y =81 (which is square of 9)   and  9=4+5

when x=5 then value of y=100 ( which is square of 10) and 10 =5+5

In each case y is square of 5 more than x

Hence, option C is correct that is Y = (x+5)^2

answer: 60

step-by-step explanation:

1/2a + (2/3×30)   = 50

1/2a + 20 = 50

1/2a = 30

a = 60