Use transformations of the graph of y=x* to graph the function. h(x) = 6(x+3)+1 Which transformations are needed to graph the function h(x)= 6(x+3)* +1? Choose the correct answer below. 1 O A. The graph of y=x should be shifted horizontally to the left by 1 unit, stretched horizontally by multiplying each x-coordinate by, and shifted vertically down 1 unit. O B. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by dividing each y-coordinate by 6, and shifted vertically up 1 unit. O C. The graph of y=x* should be shifted horizontally to the left by 3 units, stretched vertically by multiplying each y-coordinate by 6, and shifted vertically up 1 unit. 1 O D. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by multiplying each x-coordinate by, and shifted vertically up 1 unit. Now, use the transformations of the graph of y=x* to graph h(x) = 6(x + 3) +1. Choose the correct answer below. O A. -12 O C. -12 Ay 1600 (0.487) (6.487) -400- Ay 400 -1600 (3,1) (3,-1) 46 (0.-487) 6,-487) X → C Q Q O B. 16 (-6,-487 O D. 16 400 (-6.487) (-3,-1) -4600 1600 0,-487) A) 0.487) -3,1) -400- Q Q Q
Use transformations of the graph of y=x* to graph the function. h(x) = 6(x+3)+1 Which transformations are needed to graph the function h(x)= 6(x+3)* +1? Choose the correct answer below. 1 O A. The graph of y=x should be shifted horizontally to the left by 1 unit, stretched horizontally by multiplying each x-coordinate by, and shifted vertically down 1 unit. O B. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by dividing each y-coordinate by 6, and shifted vertically up 1 unit. O C. The graph of y=x* should be shifted horizontally to the left by 3 units, stretched vertically by multiplying each y-coordinate by 6, and shifted vertically up 1 unit. 1 O D. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by multiplying each x-coordinate by, and shifted vertically up 1 unit. Now, use the transformations of the graph of y=x* to graph h(x) = 6(x + 3) +1. Choose the correct answer below. O A. -12 O C. -12 Ay 1600 (0.487) (6.487) -400- Ay 400 -1600 (3,1) (3,-1) 46 (0.-487) 6,-487) X → C Q Q O B. 16 (-6,-487 O D. 16 400 (-6.487) (-3,-1) -4600 1600 0,-487) A) 0.487) -3,1) -400- Q Q Q
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter4: Polynomial And Rational Functions
Section4.2: Polynomial Functions
Problem 83E
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Q5
Transcribed Image Text:Use transformations of the graph of y=x* to graph the function.
h(x) = 6(x+3)+1
Which transformations are needed to graph the function h(x) = 6(x+3)* +1? Choose the correct answer below.
1
O A. The graph of y=x* should be shifted horizontally to the left by 1 unit, stretched horizontally by multiplying each x-coordinate by, and shifted vertically down 1 unit.
O B. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by dividing each y-coordinate by 6, and shifted vertically up 1 unit.
O C. The graph of y=x* should be shifted horizontally to the left by 3 units, stretched vertically by multiplying each y-coordinate by 6, and shifted vertically up 1 unit.
1
O D. The graph of y=x* should be shifted horizontally to the right by 1 unit, stretched vertically by multiplying each x-coordinate by, and shifted vertically up 1 unit.
Now, use the transformations of the graph of y=x* to graph h(x) = 6(x+3)* +1. Choose the correct answer below.
O A.
-12
O C.
-12
Ay
1600
(0.487) (6.487)
-400-
400
-1600
(3,1)
Ay
Q
(3,-1)
46
9:
(0.-487) 6,-487)
X
→
Q
C
O B.
16
(-6,-487
O D.
16
400
(-6.487)
(-3,-1)
-4600
1600
0,-487)
A)
0.487)
-3,1)
-400-
Q
Q
Q
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