pdfAnswer the followinggiven the graph below.a. Direct or Inverse Variation?b. Identify the constant.c. Write the equation for therelationship.7Answer the following giventhe ordered pair below.(2, -8)a. Assuming x and y vary directlvwhat is the constant of variation?b. Create another ordered pair with thesame relationship.NC

We know that if the graph of function y=f(x) is a straight line then there is a direct variation…

Answer the following given the graph below. a. Direct or Inverse Variation? b. Identify the constant. c. Write the equation for the relationship. Answer the following given the ordered pair below. (2, -8) a. Assuming x and y vary directly, what is the constant of variation? b. Create another ordered pair with the same relationship.

Answer the following given the graph below. a. Direct or Inverse Variation? b. Identify the constant. c. Write the equation for the relationship. Answer the following given the ordered pair below. (2, -8) a. Assuming x and y vary directly, what is the constant of variation? b. Create another ordered pair with the same relationship.

Holt Mcdougal Larson Pre-algebra: Student Edition 2012

1st Edition

ISBN:9780547587776

Author:HOLT MCDOUGAL

Publisher:HOLT MCDOUGAL

Chapter1: Variables, Expressions, And Integers

Section1.8: The Coordinate Plane

Problem 7E

See similar textbooks

Similar questions

Find the value ofy if a linear function goes throughthe following points and has the following slope: (10,y),(25,100),m=5
Graph the line passing through the point with the given slope: (—2. 3), m=14
Ameila competed in a race in which she ran at a constant speed. A graph of a line that represents the relationship between the number of seconds Ameila ran, x, and the total distance she ran in meters, y, shows that in 15 seconds she ran 67.5 meters. Which point could be on the graph of Amelia's line? Answer choices: a) (0,45) b) (3,13.5) c) (4.5,1) d) (67.5, 15)
2.4 q.5PLEASE SHOW POINTS AND WHERE THEY SHOULD BE PLOTTED EXACTLY, THANK YOU
A beautician charges $45 per haircut. She also determines that overhead not associated with number of haircuts (rent, utilities, equipment) is $100 per week. Consider the relationship between number of haircuts and profit. A. If she gives 20 haircuts in one week, what is her profit (in dollars)? B. If she gives 40 haircuts in one week, what is her profit (in dollars)?