giselle1023
giselle1023 giselle1023
  • 05-05-2021
  • Mathematics
contestada

Which pair of triangles can be used to show that the slope of line a is the same anywhere along the line?

Which pair of triangles can be used to show that the slope of line a is the same anywhere along the line class=
Which pair of triangles can be used to show that the slope of line a is the same anywhere along the line class=
Which pair of triangles can be used to show that the slope of line a is the same anywhere along the line class=
Which pair of triangles can be used to show that the slope of line a is the same anywhere along the line class=

Respuesta :

akposevictor
akposevictor akposevictor
  • 12-05-2021

Answer:

C

Step-by-step explanation:

The pair of triangles in option C (image attached below) shows that the slope of line a is the same anywhere on the line.

Let's check it out:

Slope = rise/run

✔️For the first lower triangle:

Rise = 3.5

Run = 4.5

Slope = 3.5/4.5 ≈ 0.8

✔️For the second upper traingle:

Rise = 4

Run = 5

Slope = 4/5 = 0.8

Therefore, it shows that the slope of the line is the same anywhere along the line of the graph.

Ver imagen akposevictor
Answer Link

Otras preguntas

the number 0.1111... repeats forever; therefore, it is irrational.
describe some of the steps to finding a quality doctor
His plays about the Athenians' treatment of women include Medea, Electra, and The Trojan Women. A. Aeschylus B. Sophocles C. Euripides D. Aristo
What do artifacts such as shark teeth and shells found inside Hopewell mounds tell us about their culture
The ratio of boys to girls on a school trip was 5:7 there were 56 girls how many boys were on the school trip
2. for what purpose did martin luther king, jr. write "letter from birmingham jail"?
4000000 30000 800 20 5 in standard form
what was a motivator for spanish explorations of north america
what is necessary for a convection cell to be set up in a fluid? a. thermal gradient b. changes in density c. thermal gradient and changes in density
understanding density can help you predict if a. an object will roll. b. an object will deflate. c. an object will sink or float.