upload your pages of work here--page 1
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Given:
What is a?
Given:
What is V?
Graph the quadratic function
Given:
Domain: (in interval form)
Given:
Range: (in interval form)
Given:
The axis of symmetry is:
Given:
increasing interval: (remember, this is in respect to the x-axis!!)
Given:
decreasing interval: (remember, this is in respect to the x-axis!!)
Given:
Given:
Given:
This graph transformed as follows:
a=
Vertex:
Graph the quadratic function
Domain: (in interval notation)
Range: (in interval notation)
axis of symmetry:
increasing interval: (remember this is respect to the x-axis!!!)
decreasing interval: (remember this is respect to the x-axis!!!)
This graph transformed as follows:
a=
Vertex:
Graph the quadratic function
Domain: (use interval notation)
Range: (use interval notation)
axis of symmetry:
increasing interval: (remember this in respect to the x-axis!!)
decreasing interval: (remember this in respect to the x-axis!!)
This graph transformed as follows:
a=
Vertex:
Graph this quadratic function (be sure to include the actual numbers for 1a, 3a, & 5a in your show your work)
Domain: (use interval form)
Range: (use interval form)
axis of symmetry:
increasing interval: (remember this is in respect to the x-axis!!!)
decreasing interval: (remember this is in respect to the x-axis!!!)
This graph transformed as follows:
Vertex:
a=
type the equation of this quadratic function in vertex form (hint: use shift 6 to grab your exponent)
Domain: (in interval notation)
Range: (in interval notation)
This function has how many real solutions?
Vertex:
a=
Write the equation of the quadratic function (be sure to 'clean it up'!)
Domain: (in interval notation)
Range: (in interval notation)
This function has how many real solutions?
Vertex:
a=
Write the equation of the quadratic function
Domain: (in interval notation)
Range: (in interval notation)
This function has how many real solutions?