Let g(x) be the indicated transformation of f(x). What would be the first step (the set-up) for the rule for g(x). f(x)= 7x - 16, horizontal compression of 1 8 \frac{1}{8} 8 1

g ( x ) = 7 ( 8 x ) − 16 g\left(x\right)\ =\ 7\left(8x\right)-16 g ( x ) = 7 ( 8 x ) − 1 6

g ( x ) = 1 8 ( 7 x − 16 ) g(x)=\frac{1}{8}(7x-16) g ( x ) = 8 1 ( 7 x − 1 6 )

g ( x ) = 8 ( 7 x − 16 ) g(x)=8(7x-16) g ( x ) = 8 ( 7 x − 1 6 )

g ( x ) = 7 ( 1 8 x ) − 16 g\left(x\right)\ =\ 7\left(\frac{1}{8}x\right)-16 g ( x ) = 7 ( 8 1 x ) − 1 6

g ( x ) = 7 ( x − 8 ) − 16 g\left(x\right)\ =\ 7\left(x-8\right)-16 g ( x ) = 7 ( x − 8 ) − 1 6

Let g(x) be the indicated transformation of f(x). What would be the first step (the set-up) for the rule for g(x). f(x)= 11x - 5, horizontal stretch of 4

g ( x ) = 11 ( 1 4 x ) − 5 g(x)=11\left(\frac{1}{4}x\right)-5 g ( x ) = 1 1 ( 4 1 x ) − 5

g ( x ) = 11 ( 4 x ) − 5 g(x)=11\left(4x\right)-5 g ( x ) = 1 1 ( 4 x ) − 5

g ( x ) = 4 ( 11 x − 5 ) g(x)=4\left(11x-5\right) g ( x ) = 4 ( 1 1 x − 5 )

g ( x ) = 1 4 ( 11 x − 5 ) g(x)=\frac{1}{4}\left(11x-5\right) g ( x ) = 4 1 ( 1 1 x − 5 )

g ( x ) = ( 11 x − 5 ) + 4 g(x)=\left(11x-5\right)+4 g ( x ) = ( 1 1 x − 5 ) + 4

Let g(x) be the indicated transformation of f(x). What would be the first step (the set-up) for the rule for g(x). f(x)= -18x - 10, vertical shift up 9

g ( x ) = ( − 18 x − 10 ) + 9 g(x)=\left(-18x-10\right)+9 g ( x ) = ( − 1 8 x − 1 0 ) + 9

g ( x ) = ( − 18 x − 10 ) − 9 g(x)=\left(-18x-10\right)-9 g ( x ) = ( − 1 8 x − 1 0 ) − 9

g ( x ) = 9 ( − 18 x − 10 ) g(x)=9\left(-18x-10\right) g ( x ) = 9 ( − 1 8 x − 1 0 )

g ( x ) = − 18 ( x − 9 ) − 10 g(x)=-18\left(x-9\right)-10 g ( x ) = − 1 8 ( x − 9 ) − 1 0

g ( x ) = − 18 ( x + 9 ) − 10 g(x)=-18\left(x+9\right)-10 g ( x ) = − 1 8 ( x + 9 ) − 1 0

Let g(x) be the indicated transformation of f(x). What would be the first step (the set-up) for the rule for g(x). f(x)= 17x + 13, vertical stretch of 12

g ( x ) = 12 ( 17 x + 13 ) g(x)=12\left(17x+13\right) g ( x ) = 1 2 ( 1 7 x + 1 3 )

g ( x ) = 17 ( 1 12 x ) + 13 g(x)=17\left(\frac{1}{12}x\right)+13 g ( x ) = 1 7 ( 1 2 1 x ) + 1 3

g ( x ) = 17 ( 12 x ) + 13 g(x)=17\left(12x\right)+13 g ( x ) = 1 7 ( 1 2 x ) + 1 3

g ( x ) = 1 12 ( 17 x + 13 ) g(x)=\frac{1}{12}\left(17x+13\right) g ( x ) = 1 2 1 ( 1 7 x + 1 3 )

g ( x ) = 17 ( x + 12 ) + 13 g(x)=17\left(x+12\right)+13 g ( x ) = 1 7 ( x + 1 2 ) + 1 3

Linear Transformations

Quiz

•

Mathematics

•

9th - 11th Grade

•

Practice Problem

•

Medium

•

CCSS

HSF.BF.B.3, HSA.CED.A.2, HSG.CO.A.2

+5

Standards-aligned

Ericka Vallinger

Used 23+ times

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20 questions

Show all answers

1.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x + 1, horizontal translation right 7 units

g(x)= 5x - 34

g(x)= 5x + 36

g(x)= 5x + 8

g(x)= 5x - 6

Tags

CCSS.HSF.BF.B.3

CCSS.HSG.CO.A.2

CCSS.HSG.CO.A.4

2.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 3x + 6, vertical translation up 9 units

g(x)= - 3x - 21

g(x)= - 3x + 15

g(x)= - 3x + 33

g(x)= - 3x - 3

Tags

CCSS.HSF.BF.B.3

3.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 8x - 3, vertical translation down 5 units

g(x)= - 8x - 8

g(x)= - 8x + 2

g(x)= - 8x + 37

g(x)= - 8x - 44

Tags

CCSS.HSF.BF.B.3

4.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x - 7, horizontal translation left 9 units

g(x)= 5x + 2

g(x)= 5x - 16

g(x)= 5x + 38

g(x)= 5x - 52

Tags

CCSS.HSF.BF.B.3

CCSS.HSG.CO.A.2

5.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 12x + 8, horizontal stretch by a factor of 4

g(x)= 48x + 8

g(x)= 3x + 8

g(x)= 48x + 32

g(x)= 3x + 2

Tags

CCSS.HSF.BF.B.3

CCSS.HSG.CO.A.2

6.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 20x + 28, horizontal compression by a factor of $\frac{1}{4}$

g(x)= - 80x + 112

g(x)= - 5x + 28

g(x)= - 80x + 28

g(x)= - 5x + 7

Tags

CCSS.HSF.BF.B.3

7.

MULTIPLE CHOICE QUESTION

5 mins • 1 pt

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 10x - 15, vertical compression by a factor of $\frac{1}{5}$

g(x)= - 50x - 75

g(x)= - 2x - 3

g(x)= - 2x - 15

g(x)= - 50x - 15

Tags

CCSS.HSF.BF.B.3

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Linear Transformations

20 questions

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x + 1, horizontal translation right 7 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 3x + 6, vertical translation up 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 8x - 3, vertical translation down 5 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x - 7, horizontal translation left 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 12x + 8, horizontal stretch by a factor of 4

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 20x + 28, horizontal compression by a factor of $\frac{1}{4}$

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 10x - 15, vertical compression by a factor of $\frac{1}{5}$

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 12x + 18, vertical stretch by a factor of 3

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x - 7, reflect across the x-axis

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 9x + 12, reflect across the y-axis

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Linear Transformations

20 questions

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= 5x + 1, horizontal translation right 7 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= - 3x + 6, vertical translation up 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= - 8x - 3, vertical translation down 5 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= 5x - 7, horizontal translation left 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= 12x + 8, horizontal stretch by a factor of 4

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= - 20x + 28, horizontal compression by a factor of 14\frac{1}{4}41​

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= - 10x - 15, vertical compression by a factor of 15\frac{1}{5}51​

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= 12x + 18, vertical stretch by a factor of 3

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= 5x - 7, reflect across the x-axis

Let g(x) be the indicated transformation of f(x). Write the rule for g(x). f(x)= - 9x + 12, reflect across the y-axis

Access all questions and much more by creating a free account

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Mathematics

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x + 1, horizontal translation right 7 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 3x + 6, vertical translation up 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 8x - 3, vertical translation down 5 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x - 7, horizontal translation left 9 units

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 12x + 8, horizontal stretch by a factor of 4

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 20x + 28, horizontal compression by a factor of $\frac{1}{4}$

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 10x - 15, vertical compression by a factor of $\frac{1}{5}$

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 12x + 18, vertical stretch by a factor of 3

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= 5x - 7, reflect across the x-axis

Let g(x) be the indicated transformation of f(x). Write the rule for g(x).

f(x)= - 9x + 12, reflect across the y-axis