STANDARD F.BF.B.3
(Shared between AI and AII)
Identify the effect on the graph of replacing f(x) by f(x)+k, kf(x), f(kx),
and f(x+k) for specific values of k (both positive and negative); find the
value of k given the graphs. Experiment with cases and illustrate an
explanation of the effects on the graph using technology. Include
recognizing even and odd functions from their graphs and algebraic
expressions for them. |

WORKSHEETS |
AI |

Regents-Graphing
Linear Functions
AI |
1 |
TST
PDF
DOC
TNS |

Regents-Graphing Absolute Value Functions
AI/IA/B |
2/7/1 |
TST
PDF
DOC
TNS |

Regents-Graphing
Polynomial Functions
AI/IA/A2/B |
5/8/2/1 |
TST
PDF
DOC
TNS |

Regents-Graphing
Exponential Functions
B |
3 |
TST
PDF
DOC
TNS |

Regents-Transformations
with Functions
AI/A2/B |
1/2/3 |
TST
PDF
DOC
TNS |

Regents-Geometric Transformations
B |
7 |
TST
PDF
DOC
TNS |

AII |

Even and Odd Functions
AII |
2 |
TST
PDF
DOC
TNS |

AI |

Practice-Graphing Absolute Value Functions |
11 |
WS
PDF |

Practice-Graphing Quadratic Functions |
10 |
WS
PDF |

AII |

Journal-Even and Odd Functions |
2 |
WS
PDF |

LESSON PLAN |
Build New Functions from Existing
Functions |
PDF
DOC |

EXTRAS |
Grids |
VAR |

VIDEOS |
Graphing absolute value functions |
VID |

Graphing absolute value functions
using a calculator |

Graphing a vertical
translation of an absolute value equation |
VID |

Graphing a horizontal
translation of an absolute value equation |

Writing an equation for the
vertical translation of absolute value equation |

Writing an equation for the
horizontal translation of absolute value equation |

Graphing a quadratic function using a table
of values, y =
ax^{2} |
VID |

Graphing a quadratic function, y = ax^{2}
+ c |

Using a quadratic function to model the height
of an object |

Using vertex form of a parabola to graph the
parabola |
VID |

Using vertex form to write the equation of a
parabola |

Using vertex form of a parabola to solve real
world problems |