What is the name of the function whose graph looks like:
Graph the Linear Parent Function
Graph the Quadratic Parent Function
Match the Name of the parent function to its key features.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Quadratic | arrow_right_alt | Domain: Range: x-int: y-int: increasing: decreasing: n/a |
Rational | arrow_right_alt | Domain: Range: x-int: y-int: increasing: decreasing: |
Logarithmic | arrow_right_alt | Domain: Range: x-int: none y-int: increasing: decreasing: n/a |
Cubic | arrow_right_alt | Domain: Range: x-int: none y-int: increasing: n/a decreasing: |
Square Root | arrow_right_alt | Domain: Range: x-int: y-int: increasing: decreasing: |
Cube Root | arrow_right_alt | |
Exponential Growth | arrow_right_alt | |
Linear | arrow_right_alt | |
Exponential Decay | arrow_right_alt | |
Absolute Value | arrow_right_alt |
What is the equation for the Cubic Parent Function?
What is the equation for the Logarithmic Parent Function?
What is the name of the function whose equation is:
What is the name of the function whose equation is:
What is the name of the function whose graph looks like:
What is the name of the function whose graph looks like:
What is the name of the function whose graph looks like:
What is the x-intercept of the Rational Parent Function?
Domain:
Range:
x-int:
y-int:
increasing:
decreasing: n/a
Domain:
Range:
x-int:
y-int:
increasing:
decreasing: n/a
Domain:
Range:
x-int:
y-int:
increasing:
decreasing: n/a
Domain:
Range:
x-int: none
y-int: none
increasing: n/a
decreasing:
Domain:
Range:
x-int:
y-int: none
increasing:
decreasing: n/a
