Alice owns a snow shoveling business. For each driveway, she charges $50 plus $70 per hour of work. A linear equation that expresses the total amount of money Alice earns per driveway is y=70x+50. What are the independent and dependent variables? What is the y-intercept and the slope? Select the correct answer below: The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70. The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50. The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70. The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
Alice owns a snow shoveling business. For each driveway, she charges $50 plus $70 per hour of work. A linear equation that expresses the total amount of money Alice earns per driveway is y=70x+50. What are the independent and dependent variables? What is the y-intercept and the slope? Select the correct answer below: The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70. The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50. The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70. The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Question
Alice owns a snow shoveling business. For each driveway, she charges $50 plus $70 per hour of work. A linear equation that expresses the total amount of money Alice earns per driveway is y=70x+50. What are the independent and dependent variables? What is the y-intercept and the slope?
Select the correct answer below:
The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.
Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70.
Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70.
The independent variable (x) is the amount of time Alice shovels snow. The dependent variable (y) is the amount, in dollars, Alice earns for a driveway.
Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.
Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70.
Alice charges a one-time fee of $50 (this is when x=0), so the y-intercept is 50. Alice earns $70 for each hour she works, so the slope is 70.
The independent variable (x) is the amount, in dollars, Alice earns for a driveway. The dependent variable (y) is the amount of time Alice shovels snow.
Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
Alice charges a one-time fee of $70 (this is when x=0), so the y-intercept is 70. Alice earns $50 for each hour she works, so the slope is 50.
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