Which of the following equations represents the parent function being shifted 4 units to the right and 2 units down? f(x)=(x+4)−2
f of x is equal to open paren x plus 4 close paren minus 2

f(x)=(x−4)−2
f of x is equal to open paren x minus 4 close paren minus 2

f(x)=(x+4)+2
f of x is equal to open paren x plus 4 close paren plus 2

f(x)=(x−4)+2
f of x is equal to open paren x minus 4 close paren plus 2

Which of the following equations represents the parent function being vertically stretched by a factor of 2 and shifted 1 unit to the right?

f(x)=2(x+1)
f of x is equal to 2 times open paren x plus 1 close paren

f(x)=2x−1
f of x is equal to 2 x minus 1

f(x)=2x+1
f of x is equal to 2 x plus 1

f(x)=2(x−1)

Which of the following equations represents the parent function being vertically compressed by a factor of 13?

f(x)=3x
f of x is equal to 3 x

f(x)=13x
f of x is equal to 1 third x

f(x)=x+13
f of x is equal to x plus 1 third

f(x)=x−13

Which of the following equations represents the parent function being horizontally compressed by a factor of 4 and shifted 5 units up?

f(x)=4(x+5)
f of x is equal to 4 times open paren x plus 5 close paren

f(x)=4(x−5)
f of x is equal to 4 times open paren x minus 5 close paren

f(x)=4x+5
f of x is equal to 4 x plus 5

f(x)=4x −5