Topic 3 Review Guide (pgs. 31-33)

• Yes, the relation is a function. There are no repeats in x-values.

• No, the relation is not a function. There are repeats in the x-values.

• Yes, the relation is a function. There are no repeats in y-values.

• No, the relation is not a function. There are repeats in the y-values.

• Yes, the relation is a function. There are no repeats in x-values.

• No, the relation is not a function. There are repeats in the x-values.

• Yes, the relation is a function. There are no repeats in y-values.

• No, the relation is not a function. There are repeats in the y-values.

• The function is linear.

• The function is nonlinear.

• The function is linear.

• The function is nonlinear.

• The function is linear.

• The function is nonlinear.

Mathematical Equivalence

ON

Mathematical Equivalence

ON

• Function A

• Function B

• Function C

• Function A and B are both linear.

• Function A and B are both nonlinear.

• Function A is linear and Function B is nonlinear.

• Function A is nonlinear and Function B is linear.

• The function with the equation is greater.

• The function with the table is greater.

• Both functions are the same.

• Neither function has a rate of change.