Ex. 5a) Given
f  x   3 x  1  2 , graph the new equation if the
following transformations are performed on f(x)?
 Reflection over the x-axis
 Vertical shrink by 2/3
 Horizontal shift left 3
 Vertical shift down 1
Ex. 6a) Given
f  x    x  2  3 , graph a function g(x) such that
1

g  x   f  ( x  1)   2
3

Ex. 5a) Given
.
f  x   3 x  1  2 , graph the new equation if the
following transformations are performed on f(x)?
 Reflection over the x-axis
 Vertical shrink by 2/3
 Horizontal shift left 3
 Vertical shift down 1
Ex. 6a) Given
f  x    x  2  3 , graph a function g(x) such that
1

g  x   f  ( x  1)   2
3

.
Ex. 5b) Given
f  x   2 x  1  2 , graph the new equation if the
following transformations are performed on f(x)?
 Reflection over the y-axis
 Horizontal stretch by 2
 Horizontal shift right 1
 Vertical shift up 3
1
x  1  3 , graph a function g(x) such that
2
1

.
g  x   2 f  ( x  3)   5
2

Ex. 6b) Given
f  x  
Ex. 5b) Given
f  x   2 x  1  2 , graph the new equation if the
following transformations are performed on f(x)?
 Reflection over the y-axis
 Horizontal stretch by 2
 Horizontal shift right 1
 Vertical shift up 3
1
x  1  3 , graph a function g(x) such that
2
1

.
g  x   2 f  ( x  3)   5
2

Ex. 6b) Given
f  x  