Comparing/Contrasting Linear, Quadratic, and Exponential Patterns

What type of function does this equation represent? 
$y=5x+10$

• Linear Function

• Quadratic Function

• Exponential Function

• Not a Function

What type of function does this equation represent? f\left(x\right)=4x^2-2x+1

• Linear Function

• Quadratic Function

• Exponential Function

• Not a Function

What type of function does this equation represent? f(x)=(x+1)(x-3)

• Linear Function

• Quadratic Function

• Exponential function

• Not a Function

All Quadratic Functions have a ________________

• Common Ratio

• Common 1st Difference

• Common 2nd Difference

• None of these

What type of function does this table represent?

• Linear Function

• Exponential Function

• Quadratic Function

• Not a Function

What type of function describes the story below?

• Linear because this has a constant rate of change.

• Exponential because this grows at a constant percent rate

• Quadratic because this is an area model.

What type of function can model the story below?

Mr. Bob was mad at his teenage son for disobeying his curfew. He took his son's car keys and dropped them off a 100ft cliff.

• Linear because this has a constant rate of change.

• Exponential because this decays at a constant percent rate

• Quadratic because this is a projectile motion model

What type of function can model the story below?

The value of a rare collectable item is appreciating at 15% per year.

• Linear because this has a constant rate of change.

• Exponential because this grows at a constant percent rate

• Quadratic because this is a projectile motion model

What type of function can model the story below?

• Linear because this has a constant rate of change.

• Exponential because this grows at a constant percent rate

• Quadratic because this is a projectile motion model

• Linear Function

• Quadratic Function 

• Exponential Function

• Not a Function