a2 changes to parents

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How do the given equa0ons differ from their parent func0ons?

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A2 changes to parents

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Page 1: A2 changes to parents

How  do  the  given  equa0ons  differ  from  their  parent  func0ons?  

Page 2: A2 changes to parents

PARENT FUNCTIONS

f (x) a f (x) x f (x) x � � > @f (x) int x x Constant Linear Absolute Value Greatest Integer

2f (x) x 3f (x) x f (x) x 3f (x) x Quadratic Cubic Square Root Cube Root

xf (x) a af (x) log x 1

f (x)x

� � � �� � � �

2x 1 x 2f (x)

x 1 x 2

� �

� �

Exponential Logarithmic Reciprocal Rational

f (x) sin x f (x) cos x f (x) tan x Trigonometric Functions

Page 3: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 4: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 5: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 6: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 7: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?    to  the  right  3  units  

Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 8: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?    to  the  right  3  units  

Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 9: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?    to  the  right  3  units  

Is  the  given  func0on  translated  up  or  down?    up  5  units  

Is  the  func0on  dilated?  

Page 10: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?    to  the  right  3  units  

Is  the  given  func0on  translated  up  or  down?    up  5  units  

Is  the  func0on  dilated?  

Page 11: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2(x −3)2 + 5

Graph  the  given  func0on.  Determine  the  parent  func0on    Quadra0c  f(x)=x2  

Is  the  given  func0on  translated  le>  or  right?    to  the  right  3  units  

Is  the  given  func0on  translated  up  or  down?    up  5  units  

Is  the  func0on  dilated?    the  func0on  is  narrower  

Page 12: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 12(x + 4)2 −3

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 13: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 13(x + 5) − 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 14: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 4 (x + 2) − 7

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 15: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = x + 4 − 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 16: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2 x +3 + 4

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 17: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 2x + 4

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 18: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = (14)x + 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 19: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 5x+3 − 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 20: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = log10 x − 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 21: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = log10 x + 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 22: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 0.4x + 2

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?  

Page 23: A2 changes to parents

How  does  the  given  func0on  differ  from  its  parent  func0on?  

f (x) = 0.7x−3 + 4

Graph  the  given  func0on.  Determine  the  parent  func0on  Is  the  given  func0on  translated  le>  or  right?  Is  the  given  func0on  translated  up  or  down?  Is  the  func0on  dilated?