Use with Google Forms Exponential Growth and Decay: Growth, Decay, or Neither?

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(5 MB|14 pages)
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• Product Description
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✐ This 18 questions - (12 EQUATIONS + 6 APPLICATIONS) (MULTIPLE CHOICE) product is a NO PREP & SELF GRADING 100% EDITABLE (EXCEPT FOR THE IMAGES) activity that will assess students in understanding of Exponential Functions.

In this activity, students will determine if the given equation is:

☑ An example of Exponential Growth Equation

☑ An example of Exponential Decay Equation

Not an Exponential Equation

Students should feel comfortable:

☑ The Exponential Function Rule: y = a(b)^x where x is in the power

☑ Exponential Growth with |b| > 1

☑ Exponential Decay with 0 < |b| < 1

I use this Google Form as:

☑ Recap

☑ Warm up (Entrance Ticket)

☑ Quiz ( Individual Practice)

☑ Exit Ticket

☑ Homework

☑ Center Activity (for differentiation)

☑ .... & as you wish

An Optional Hard Copy is included in this product.

Please take a look at the preview and see the questions of this Google Form before purchasing

You may also like other Exponential Function Products:

•Maze - Exponential Growth and Decay - Is it Growth, Decay, or Neither?

•EMOJI - Exponential Growth and Decay: Is it a Growth, Decay, or Neither?

•EMOJI - Exponential Functions: Growth or Decay (Google Interactive & Hard Copy)

•GOAL NO PREP - Exponential Growth, Decay, (ADVANCED) & Quiz (QR Codes)

•HOME ALONE: Digital Breakout about Exponential & Logarithmic Functions

☺Would love to hear your feedback☺. Please don't forget to come back and rate this product when you have a chance. You will also earn TPT credits. Enjoy and I ☺Thank You☺ for visiting my ☺Never Give Up On Math☺ store!!!

© Never Give Up On Math 2019

This product is intended for personal use in one classroom only. For use in multiple classrooms, please purchase additional licenses.

☺ HAVE A WONDERFUL DAY ☺

Graph rational functions, identifying zeros and asymptotes when suitable factorizations are available, and showing end behavior.
Create equations in two or more variables to represent relationships between quantities; graph equations on coordinate axes with labels and scales.
Interpret complicated expressions by viewing one or more of their parts as a single entity. For example, interpret 𝘗(1 + 𝘳)ⁿ as the product of 𝘗 and a factor not depending on 𝘗.
Total Pages
14 pages
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Teaching Duration
N/A
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\$1.99