x2 t04 02 curve sketching - transformations
TRANSCRIPT
(C) Transformations
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
( ) axfy ±=•(a is grouped with y: shift up or down by a)
( )xfayOR =
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
( ) axfy ±=•(a is grouped with y: shift up or down by a)
( )xfayOR =
y
x
y=f(x)
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
( ) axfy ±=•(a is grouped with y: shift up or down by a)
( )xfayOR =
y
x
y=f(x)a
a
a
a
( ) axfy +=
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
( ) axfy ±=•(a is grouped with y: shift up or down by a)
( )xfayOR =
( )axfy ±=• (a is grouped with x: shift left or right by a)y
x
y=f(x)a
a
a
a
( ) axfy +=
(C) TransformationsGiven that the graph y = f(x) can be sketches, then it is possible to build other sketches through appropriate transformations.
( ) axfy ±=•(a is grouped with y: shift up or down by a)
( )xfayOR =
( )axfy ±=• (a is grouped with x: shift left or right by a)y
x
y=f(x)a
a
a
a
( ) axfy +=
b
b
b
b
b
( )bxfy +=
( )xfy −=• (reflect f(x) in the x axis)
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=
( )xfy −=• (reflect f(x) in the y axis)
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=
( )xfy −=• (reflect f(x) in the y axis)
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=
( )xfy −=• (reflect f(x) in the y axis)
( )xfy −=
( )xfy −=• (reflect f(x) in the x axis)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy −=• (reflect f(x) in the x axis)
y
x
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy −=• (reflect f(x) in the x axis)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xfy −=• (reflect f(x) in the x axis)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kxkfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kxkfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( ) 1, <= kxkfy
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kxkfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( ) 1, <= kxkfy
Note: •domain remains same•x intercepts remain same
( )xfy −=• (reflect f(x) in the x axis)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )kxfy =• (stretch f(x) horizontally, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )kxfy =• (stretch f(x) horizontally, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kkxfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( )kxfy =• (stretch f(x) horizontally, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kkxfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( ) 1, <= kkxfy
( )kxfy =• (stretch f(x) horizontally, k<1 shallower,k>1 steeper)
( )xfy −=• (reflect f(x) in the x axis)
y=f(x)
( )xfy −=• (reflect f(x) in the y axis)
( )xfy =• (reflect the part of f(x) where f(x)<0 in the x axis)
( ) 1, >= kkxfy
( )xfy =• (reflect the part of f(x) where x>0 in the y axis)
y
x
( )xkfy =• (stretch f(x) vertically, k<1 shallower,k>1 steeper)
( ) 1, <= kkxfyNote: •range remains same•y intercepts remain same
( )kxfy =• (stretch f(x) horizontally, k<1 shallower,k>1 steeper)