Transformations: Translation

16
Transformations: Translation Unit 4.03

description

Transformations: Translation. Unit 4.03. Vocabulary. Translation: A transformation that moves every point in a figure the same distance in the same direction. Example: The blue polygon has been Translated to the right 5 units and up 4 units (landing on the red polygon). Vocabulary. - PowerPoint PPT Presentation

Transcript of Transformations: Translation

Page 1: Transformations:  Translation

Transformations: Translation

Unit 4.03

Page 2: Transformations:  Translation

Vocabulary Translation: A transformation that

moves every point in a figure the same distance in the same direction.

Example: The blue polygon has been Translated to the right 5 units and up 4 units (landing on the red polygon).

Page 3: Transformations:  Translation

Vocabulary Translation Notation: You can identify

the direction and distance of a translation (aka the translation rule) without seeing a picture of it, simply by writing it in translation notation!

Example:

Blue Red

(x, y) (x+5, y+4)

Page 4: Transformations:  Translation

You Try It!

Page 5: Transformations:  Translation

The translation rule of the BLUE triangle, ΔABC, to the RED triangle, ΔA’B’C’ in Transformation Notation is given.

Write what is happening in

words.

1)

(x, y) (x–4, y+5)

ΔABC was moved left 4 units and up 5 units.

Page 6: Transformations:  Translation

The translation rule of the BLUE square, SERQ, to the RED square, S’E’R’Q’ in Transformation Notation is given.

Write what is happening in

words.(x, y) (x–2, y+3)

2)

Square SERQ was moved 2 units to the left and 3 units up.

Page 7: Transformations:  Translation

The translation rule of the BLUE triangle, ΔTRI, to the RED triangle, ΔT’R’I’ in Transformation Notation is given.

Write what is happening in

words.

(x, y) (x+6, y–4)

3)

ΔTRI was moved to the right 6 units and down 4 units.

Page 8: Transformations:  Translation

Graph the Image of ΔABC according to the given information below:

A(5,5), B(-1,4), C(3,0) and

4)

(x,y) (x–2,y–3) A

C

B

A’B’

C’

Page 9: Transformations:  Translation

Without graphing ΔABC, find the coordinates of ΔA’B’C’ according to the information given below:

A(-3,5), B(1,2), & C(5,4) and

5)

(x,y) (x+4,y–5)

A’(1,0), B’(5,-3), & C’(9,-1)

Page 10: Transformations:  Translation

Vocabulary Transformation (Prime) Notation

cont.: In transformation notation, the use of (‘) designates the translated (moved) Image. Repeated transformations result in (“) and even (“’) being used! (prime, double prime, triple prime) Example: Let’s See how much you know!

1) If A(2, 4) and (x,y)(x+2,y-2), what is A’?

2) * What would A” be?

(4,2)(6,0)

Page 11: Transformations:  Translation

Put It All

Together!

Page 12: Transformations:  Translation

6) Move ΔABC 5 units to the left and 3 units up. List the coordinates below.

(6, 5)A: _____________

B: _____________

C: ____________

A’: ____________

B’: ____________

C’: ____________

(5, -5)

(-2, 1)

(1, 8)

(0, -2)

(-7, 4)

A

B

C

A’

B’

C’

Page 13: Transformations:  Translation

7) Move ΔPQR 6 units down and 4 units to the right. List the coordinates below.

(-5, 7)P: _____________

Q: ____________

R: ____________

P’: ____________

Q’: ____________

R’: ____________

(-2, 4)

(-9, 2)

(-1, 1)

(2, -2)

(-5, -4)

P

Q

RP’

Q’

R’

Page 14: Transformations:  Translation

8) Move ΔXYZ 10 units down and 3 units to the right. Draw both images and list the missing coordinates below.

(1, 9)X: _____________

Y: _____________

Z: ____________

X’: ____________

Y’: ____________

Z’: ____________

(1, 5)

(-9, 2)

(4, -1)

(4, -5)

(-6, -8)

X

Y

Z

X’

Y’

Z’

Page 15: Transformations:  Translation

9) Describe the translation shown below in words. ΔJKL ΔJ’K’L’

K

L

J

K’

L’

J’

ΔJKL was moved 4 units to the left and

7 units up!

Page 16: Transformations:  Translation

Homework Time Slide It! -- Translations WS