Which statements accurately describes how to be determine the y-intercept and the slope from the graph below? To find the y-intercept, begin at the origin and move horizontally to the graphed line. To find the slope, use two ordered pairs

y2-1

on the line and substitute into the equation -

X2-X1

To find the y-intercept, begin at the origin and move horizontally to the graphed line. To find the slope, use two ordered pairs

X2X1

on the line and substitute into the equation -

V2-V1

To find the y-intercept, begin at the origin and move vertically to the graphed line. To find the slope, use two ordered pairs on

Y2V1

the line and substitute into the equation -

(X2X1

To find the y-intercept, begin at the origin and move vertically to the graphed line. To find the slope, use two ordered pairs on

X2X1

the line and substitute into the equation -

112-11

Question

Mathematics

Emily Ford

25 March, 15:02

Which statements accurately describes how to be determine the y-intercept and the slope from the graph below? To find the y-intercept, begin at the origin and move horizontally to the graphed line. To find the slope, use two ordered pairs

y2-1

on the line and substitute into the equation -

X2-X1

To find the y-intercept, begin at the origin and move horizontally to the graphed line. To find the slope, use two ordered pairs

X2X1

on the line and substitute into the equation -

V2-V1

To find the y-intercept, begin at the origin and move vertically to the graphed line. To find the slope, use two ordered pairs on

Y2V1

the line and substitute into the equation -

(X2X1

To find the y-intercept, begin at the origin and move vertically to the graphed line. To find the slope, use two ordered pairs on

X2X1

the line and substitute into the equation -

112-11

+3

Answers (1)

Know the Answer?

Blanche · Answer 1

Answer: its the 3rd one : To find the y-intercept, begin at the origin and move vertically to the graphed line. To find the slope, use two ordered pairs on the line and substitute into the equation

this is because the equation is y^1 - y^2 / x^1 - x^2

Step-by-step explanation: Mark me as brainliest