Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) +...

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del y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) 1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y = –2(2) + 4 (2, 0) Math on the Mind

Transcript of Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) +...

Page 1: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

Model y = –2x + 4 with a table of values and a graph.

x y = –2x + 4 (x, y)

–1 y = –2(–1) + 4 (–1, 6)

0 y = –2(0) + 4 (0, 4)

1 y = –2(1) + 4 (1, 2)

2 y = –2(2) + 4 (2, 0)

Math on the Mind

Page 2: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

Using the TI-83+ to Generate a Table of Values

Algebra A

Unit 5, Lesson 3

Page 3: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

Graphing Calculator

Press the Y= button on the top left of the calculator.

Enter your equation next to Y1=

Page 4: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

Graphing Calculator

Press the 2nd button and then the GRAPH button.

Page 5: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

Graphing Calculator

Press the 2nd button and then the GRAPH button.

You can use the arrow keys to scroll up and down through the table!

Page 6: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

y = x + 2

x y

Page 7: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

y = 2x

x y

Page 8: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

y = 3x – 2

x y

Page 9: Model y = –2x + 4 with a table of values and a graph. x y = –2x + 4 (x, y) –1 y = –2(–1) + 4 (–1, 6) 0 y = –2(0) + 4 (0, 4) 1 y = –2(1) + 4 (1, 2) 2 y.

y = -x – 3

x y


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Y: !:-2x-3 the graph to determine whether each system is consistent q inconsistenf and if itis independenf or dependent.{Lasscn s-: 7. Y:2x- 1 l:-2x+3 3. Y:2x - 3!:x*4 5. x+Y:g 3x

Y: !:-2x-3 the graph to determine whether each system is consistent q inconsistenf and if itis independenf or dependent.{Lasscn s-: 7. Y:2x- 1 l:-2x+3 3. Y:2x - 3!:x*4 5. x+Y:g 3x

x +y = 4 2x +3y =3 x = , y

x +y = 4 2x +3y =3 x = , y

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2x + y = 13 x = 3y 4

2x + y = 13 x = 3y 4

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2x - Lego€¦ · 2 2x 2x 3 1 2 2x 1 2 113. 2x 2x 5 2x 4x 4 114. 35 115. 2x 2x 2x 36 116. 37 117. 61 118. Created Date: 5/25/2010 2:30:29 PM ...

WARM UP Find three solutions to each equation. (lesson 4.2) 1.y = 1/2x + 3 2.y = -3/2x + 7 3.y = -2x - 4 4 XY.

WARM UP Find three solutions to each equation. (lesson 4.2) 1.y = 1/2x + 3 2.y = -3/2x + 7 3.y = -2x - 4 4 XY.

Warm Up Simplify each expression. 1. 3x + 2y – 5x – 2y 2. 5(x – y) + 2x + 5y 3. 4y + 6x – 3(y + 2x) 4. 2y – 4x – 2(4y – 2x) –2x 7x7x y –6y–6y.

Warm Up Simplify each expression. 1. 3x + 2y – 5x – 2y 2. 5(x – y) + 2x + 5y 3. 4y + 6x – 3(y + 2x) 4. 2y – 4x – 2(4y – 2x) –2x 7x7x y –6y–6y.

FUNCIONES Anexo - frm.utn.edu.ar · 2x comparada con y = -0,5 . 2x y = 4 . 2x con y = -4 . 2x Como se ve las curvas resultan simétricas respecto del eje de abscisas. 3. Desplazamientos

FUNCIONES Anexo - frm.utn.edu.ar · 2x comparada con y = -0,5 . 2x y = 4 . 2x con y = -4 . 2x Como se ve las curvas resultan simétricas respecto del eje de abscisas. 3. Desplazamientos

y = 4 + 2x · 2020. 6. 16. · -5x - 3y = -23 y = -39 + 5x-4x + 5y = 20 y = 4 + 2x 7x - 2y = -66 x = -4 + 3y-2x - 5y = -56 y = 16 - 2x Solve each system of equations using substitution.

y = 4 + 2x · 2020. 6. 16. · -5x - 3y = -23 y = -39 + 5x-4x + 5y = 20 y = 4 + 2x 7x - 2y = -66 x = -4 + 3y-2x - 5y = -56 y = 16 - 2x Solve each system of equations using substitution.

1 · Web viewy = x - - 2 pada titik dengan absis 1 adalah... . a. y = 2x - y b. y = 2x – 3 c. y = x – 3 d. y = 2x + 3 e. y = 2x + 4 11. Banyak bilangan antara 450 – 1001 yang

1 · Web viewy = x - - 2 pada titik dengan absis 1 adalah... . a. y = 2x - y b. y = 2x – 3 c. y = x – 3 d. y = 2x + 3 e. y = 2x + 4 11. Banyak bilangan antara 450 – 1001 yang