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  5. (03/03) 5th Pd Unit 5a: Transformation Of Exponential Functions
(03/03) 5th Pd Unit 5A: Transformation of Exponential Functions

(03/03) 5th Pd Unit 5A: Transformation of Exponential Functions

Assessment

Presentation

Mathematics

9th - 12th Grade

Medium

CCSS
HSF.BF.B.3, HSF-IF.C.7E, HSF-IF.C.8B

Standards-aligned

Created by

Beatrice Thames

Used 27+ times

FREE Resource

7 Slides • 10 Questions

1

(03/03) 4th Pd Unit 5A: Transformation of Exponential Functions

By Beatrice Thames

2

  • We have learned about transformation this semester, so we will continue that trend!!

  • Let's focus on Transformations ​of Exponential Functions!!

Transformation Of Exponential Functions

A look in the past...

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3

So let's take a look at transformations of exponential functions... ​

  • Watch the video on the next slide & take notes of the examples shown!! (3 minutes ONLY)

  • Answer the questions provided on the slides that follow after the video.

  • REMEMBER The descriptions we learned before for

    trans​formations DOES NOT change, just the type of function!!!

Algebra 2​

Transforation of Exponential Functions

4

5

Some text here about the topic of discussion.

Keep in mind.......

  • "b" ONLY describes if the function is a growth or decay!!!​

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6

Multiple Choice

Question image
What is the transformation?
1

Up 1

2

Down 1

3

Left 1

4

Right 1

7

Multiple Choice

Question image
What is the transformation?
1

Up 2

2

Down 2

3

Left 2

4

Right 2

8

Multiple Choice

Question image
What is the transformation?
1

Up 2 and Right 1

2

Down 2 and Left 1

3

Left 2 and Up 1

4

Right 2 and Down 1

9

Multiple Choice

Which of the following is NOT a transformation of the equation

f(x)=32(x3)+3f\left(x\right)=3\cdot2^{\left(x-3\right)}+3  

1

Left 3 units

2

Up 3 units

3

Right 3 units

4

Vertically stretched by a factor of 3

10

Multiple Choice

What transformation occurs from

y=(2)xy=\left(2\right)^x  to  y=(2)xy=-\left(2\right)^x  

1

Reflection over the x-axis

2

Reflection over the y-axis

3

Vertically shift down 1 units

4

Changes from growth to decay

11

Multiple Choice

Which of the following describes the transformation of  f(x)=122(x+2)3f\left(x\right)=\frac{1}{2}\cdot2^{\left(x+2\right)}-3  from the parent graph  g(x)=2xg\left(x\right)=2^x  

1

Vertically shift down 3, horizontally shift left 2, and vertically compressed 1/2 units

2

Vertically shift up 3, horizontally shift left 2, and vertically compressed 1/2 units

3

Vertically shift down 3, horizontally shift right 2, and vertically compressed 1/2 units

4

Vertically shift up 3, horizontally shift right2, and vertically compressed 1/2 units

12

Some text here about the topic of discussion.

​Exponential Growth & Decay can be seen graphically as well!!

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13

Multiple Choice

Question image
Is this exponential growth or decay?
1
Growth
2
Decay

14

Multiple Select

Which of these functions is a growth function? Check ALL that apply.

1

f(x)=7(1.2)xf\left(x\right)=7\left(1.2\right)^x

2

f(x)=5(0.8)xf\left(x\right)=5\left(0.8\right)^x

3

f(x)=0.5(3)xf\left(x\right)=0.5\left(3\right)^x

4

f(x)=3(43)xf\left(x\right)=3\left(\frac{4}{3}\right)^x

15

Multiple Choice

Pick the equation that is exponential growth
1
y=2(0.5)x
2
y = 0.5(2)x

16

Multiple Choice

Pick the equation that is exponential decay
1
y=2000(0.88)
2
y=0.5(1.88)

17

Now you know TRANSFORMATION!!

We will discuss graphing exponential functions next class!!!

Please ask any questions you need about transformations!!!

Some text here about the topic of discussion

(03/03) 4th Pd Unit 5A: Transformation of Exponential Functions

By Beatrice Thames

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