I need help with these questions using the data and graph and please explain as simple as possible (Not honor class)(Not grading) Data # 3Graph #3AcceleratioAcceleration (m/s2) vs. Force (Newtons)Force100 -(Newtons)(m/s*)0.7511050.500.25.330.002Force Newons.25.206.177.148.12.111010 a. Based on the data presented, describe the motion of the cart?(s speeding up, tis slowing down, if's speed remains constantb. Describe the relationship between x and y and write a general equation for the curve.(inear-straightline, hyperbola-inverse curve, or parabola-powrer curve)c. Write the general equation for the graph. (y-kx, y=k/x or y= kx)d. What happens to distance as time increases?e. Is the distance traveled greater between 1 and 2 seconds or between 5 and 6 seconds?

Answered: Image /qna-images/answer/572fdf64-4968-42fe-9b29-e658094bc932.jpg

a. Based on the data presented, describe the motion of the cart? (is speeding up. itis slowing down, ifs speed remains constant) b. Describe the relationship between x and y and write a general equation for the curve. (Inear-straightline, hyperbola-inverse aurve, or parabola-power curve) c. Write the general equation for the graph. Cy=kx, y=k/x or y= lo) d. What happens to distance as time increases? e. Is the distance traveled greater between 1 and 2 seconds or between 5 and 6 seconds?

a. Based on the data presented, describe the motion of the cart? (is speeding up. itis slowing down, ifs speed remains constant) b. Describe the relationship between x and y and write a general equation for the curve. (Inear-straightline, hyperbola-inverse aurve, or parabola-power curve) c. Write the general equation for the graph. Cy=kx, y=k/x or y= lo) d. What happens to distance as time increases? e. Is the distance traveled greater between 1 and 2 seconds or between 5 and 6 seconds?

Astronomy

1st Edition

ISBN:9781938168284

Author:Andrew Fraknoi; David Morrison; Sidney C. Wolff

Publisher:Andrew Fraknoi; David Morrison; Sidney C. Wolff

Chapter3: Orbits And Gravity

Section: Chapter Questions

Problem 13E: To calculate the momentum of an object, which properties of an object do you need to know?

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