To complete the table for the function f(x) = -(x+1)^2 + 4, we need to evaluate the function for each value of x.
Given x = -1, we substitute this value into the function:
f(-1) = -(-1+1)^2 + 4
= -(0)^2 + 4
= -(0) + 4
= 4
Given x = 0, we substitute this value into the function:
f(0) = -(0+1)^2 + 4
= -(1)^2 + 4
= -(1) + 4
= 3
Given x = 1, we substitute this value into the function:
f(1) = -(1+1)^2 + 4
= -(2)^2 + 4
= -(4) + 4
= 0
Given x = 2, we substitute this value into the function:
f(2) = -(2+1)^2 + 4
= -(3)^2 + 4
= -(9) + 4
= -5
From the table, we can see that the largest output for the function is obtained when x = -1, which produces a value of 4.