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# Question 1 - PowerPoint PPT Presentation

Question 1. Extrema: _________ Axis of Sym: ___________ Domain: ______________ Range: ______________ Increase: _____________ Decrease: ____________ End Behavior. Question 1. Extrema: _________ Axis of Sym: ___________ Domain: ______________ Range: ______________

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## PowerPoint Slideshow about 'Question 1' - samira

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• Extrema: _________

• Axis of Sym: ___________

• Domain: ______________

• Range: ______________

• Increase: _____________

• Decrease: ____________

• End Behavior

• Extrema: _________

• Axis of Sym: ___________

• Domain: ______________

• Range: ______________

• Increase: _____________

• Decrease: ____________

• End Behavior

• Describe the transformation:

• Write the equation:

• Describe the transformation:

• Write the equation:

• Sketch the quadratic using the given information:

• Sketch the quadratic using the given information:

• Describe the transformation

• Describe the transformation

• Describe the transformation

• Describe the transformation

• Write the equation of the quadratic that has been shifted down 1 and shrunk by a factor of ½

• Write the equation of the quadratic that has been shifted down 1 and shrunk by a factor of ½

• Write the equation of the quadratic that has been reflected over the x-axis and has shifted right 2

• Write the equation of the quadratic that has been reflected over the x-axis and has shifted right 2

• Change the equation to standard form.

• Change the equation to standard form.

• Change the equation to standard form.

• Change the equation to standard form.

• Change the equation to vertex form.

• Change the equation to vertex form.

• Change the equation to vertex form.

• Change the equation to vertex form.

• Find the average rate of change

• Find the average rate of change

• Find the average rate of change

• Find the average rate of change

• An object is projected into the air with a path described by the function where h is the height above the ground in feet and t is the time in seconds since the object started along the path.

• Find the time the object changes direction.

• An object is projected into the air with a path described by the function where h is the height above the ground in feet and t is the time in seconds since the object started along the path.

• Find the time the object changes direction.

• An object is projected into the air with a path described by the function where h is the height above the ground in feet and t is the time in seconds since the object started along the path.

• Find the maximum height of the object.

• An object is projected into the air with a path described by the function where h is the height above the ground in feet and t is the time in seconds since the object started along the path.

• Find the maximum height of the object.