2. Draw the preimage and image of each triangle under the given translation. Write the rule for the translation in coordinate notation and describe the change in words. Triangle: A(-3, -1); B(-2, 2); C(0, -1) Vector: (-1, 3) 4 2 -4 -2 2. 4. -2 -4

Calculus: Early Transcendentals
8th Edition
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Author:James Stewart
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Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Module 3: Day 2: Translations and Rotations
HOMEWORK:
1. Draw the image of AABC after a translation along v.
Write the rule for the translation in coordinate notation and describe the change in words.
NAME: e
Rice
ITranslated touP.4, right5
8 10
X+5
2. Draw the preimage and image of each triangle under the given translation.
Write the rule for the translation in coordinate notation and describe the change in words.
Triangle: A(-3, -1); B(-2, 2); C(0, -1)
Vector: (-1, 3)
4
2
-4
-2
2.
4.
-2
3. Write the rule and find the coordinates of the image under the transformation (11, -6)
(x, y) →
(3, – 1) →
(1, - 3) →
(4, - 3) →
5. Specify the component form of the vector that
maps each figure to its image.
4. Write the component form for the given vector.
A
4
2
A
B
2.
4.
6. Rotate ARST 270° counterclockwise about the origin.
Preimage:
Image:
R
-2
24
-2
-4
-4-4
4,
Transcribed Image Text:Module 3: Day 2: Translations and Rotations HOMEWORK: 1. Draw the image of AABC after a translation along v. Write the rule for the translation in coordinate notation and describe the change in words. NAME: e Rice ITranslated touP.4, right5 8 10 X+5 2. Draw the preimage and image of each triangle under the given translation. Write the rule for the translation in coordinate notation and describe the change in words. Triangle: A(-3, -1); B(-2, 2); C(0, -1) Vector: (-1, 3) 4 2 -4 -2 2. 4. -2 3. Write the rule and find the coordinates of the image under the transformation (11, -6) (x, y) → (3, – 1) → (1, - 3) → (4, - 3) → 5. Specify the component form of the vector that maps each figure to its image. 4. Write the component form for the given vector. A 4 2 A B 2. 4. 6. Rotate ARST 270° counterclockwise about the origin. Preimage: Image: R -2 24 -2 -4 -4-4 4,
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