First Difference, Second Difference, Same Ratio

• Linear Growth

• Quadratic Local Max

• Quadratic Local Min

• Exponential Growth

• Exponential Decay

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Linear Decay

• Quadratic (Local Max)

• Quadratic (Local Min)

• Exponential Decay

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Linear Decay

• Quadratic (Local Max)

• Exponential Growth

• Exponential Decay

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Linear Decay

• Quadratic (Local Max)

• Exponential Growth

• Exponential Decay

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Quadratic (Local Min)

• Quadratic (Local Max)

• Exponential Growth

• Exponential Decay

Which of the following correctly explains how to tell if a table is linear, quadratic, and exponential?

• Linear: same 1st difference

  Quadratic: same 2nd difference

  Exponential: same ratio when dividing

• Linear: same 2nd difference

  Quadratic: same 1st difference

  Exponential: same ratio when adding

• Linear Growth

• Quadratic Local Max

• Quadratic Local Min

• Exponential Growth

• Exponential Decay

Tags

CCSS.HSF-IF.C.7A

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Linear Decay

• Quadratic (Local Max)

• Exponential Growth

• Exponential Decay

Identify whether the function is linear, quadratic, or exponential?

• Linear Growth

• Quadratic (Local Min)

• Quadratic (Local Max)

• Exponential Growth

• Exponential Decay

Given the sequence:
 -25, -20, -15, -10,...
What is the common difference?

• not arithmetic

• -5

• 5

• -25

Tags

CCSS.HSF.BF.A.2