The graph above represents the data from Activity 3 in this week's lab describing the position of a moving cart as a function of time. The equation for the best-fit line for this position vs. time graph is y = 3.9609x + 0.1739. What distance would you expect the cart to travel if you let it move for 53 seconds?

The graph above represents the data from Activity 3 in this week's lab describing the position of a moving cart as a function of time. The equation for the best-fit line for this position vs. time graph is y = 3.9609x + 0.1739. What distance would you expect the cart to travel if you let it move for 53 seconds?

Name: The graph above represents the data from Activity 3 in this week's lab
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: The graph above represents the data from Activity 3 in this week's lab describing the position of a moving cart as a function of time. The equation for the best-fit line for this position vs. time graph is y = 3.9609x + 0.1739. What distance would yo

Astronomy

1st Edition

ISBN:9781938168284

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

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

Chapter24: Black Holes And Curved Spacetime

Section: Chapter Questions

Problem 12E: A monkey hanging from a tree branch sees a hunter aiming a rifle directly at him. The monkey then...

See similar textbooks

Similar questions

I am doing a free-fall experiment for Physics and I need to make a position vs. time graph using the average value of release heights that I obtained. Do you know how I would be able to find the values for the time and position graph? The average value of release height is 1.9720736 m.
Starting at 48th Street, Dylan rides his bike due east on Meridian Road with the wind at his back. He rides for 20 min at 15 mph. He then stops for 5 min, turns around, and rides back to 48th Street; because of the headwind, his speed is only 10 mph. How long did his trip take?
If John starts from home and walks East 6 miles, then South 8 miles and then walks directly 10 miles back home, what is John’s final displacement and distance walked?
Bjorn is standing at x = 600 m. Firecracker 1 explodes at the origin and firecracker 2 explodes at x = 900 m. The flashes from both explosions reach Bjorn’s eye at t = 3.0 μs. At what time did each firecracker explode?
Gladys leaves a town driving at a rate of 40 miles per hour. Two hours later, Reena leaves from the same place traveling the same route. She catches Gladys in 5 hours and 20 minutes. How fast was Reena traveling?
Marcus is on a train that travels 30 ms and takes 10 seconds to slow to 20 ms. How would Marcus correctly calculate the acceleration?
What can you say about the distance- time graph of an object moving with constant accelerated motion?
You are walking to your physics class at speed 1.0m/s with respect to the ground. Your friend leaves 2.0 min after you and is walking at speed 1.3m/s in the same direction. How fast is she walking with respect to you? How far does your friend travel before she catches up with you? Indicate the uncertainty in your answers. Describe any assumptions that you made.
why do we use meters “per” second when calculating speed?
A bicyclist started out traveling with a velocity of 2020 miles per hour. After 1515 minutes had passed, the bicyclist was traveling with a velocity of 2323 miles per hour. The formula for finding the acceleration of an object is change in velocitychange in time.change in velocitychange in time. What is the correct way to analyze the units for this situation? A.Convert the units for the given time from minutes to hours, so that the units for the change in velocity are mileshourmileshour and the units for the change in time are hours. When simplifying the fraction, the units become mileshour2.mileshour2. Convert the units for the given time from minutes to hours, so that the units for the change in velocity are mileshourmileshour and the units for the change in time are hours. When simplifying the fraction, the units become mileshour2.mileshour2. B.Leave the units for the given time as minutes, so that the units for the change in velocity are mileshourmileshour and the…
A monkey hanging from a tree branch sees a hunter aiming a rifle directly at him. The monkey then sees a flash and knows that the rifle has been fired. Reacting quickly, the monkey lets go of the branch and drops so that the bullet can pass harmlessly over his head. Does this act save the monkey’s life? Why or why not? (Hint: Consider the similarities between this situation and that of Exercise 24.11.)
Caleb left home and traveled toward the city A at an average speed of 57.9 km/h. Some time later, Kim left traveling in the opposite direction with an average speed of 46 km/h. After Caleb has traveled for 1.24 hours they were 117 km apart. Find the number of minutes Kim traveled. Round off only on the final answer expressed in three decimal places. PLEASE SHOW YOUR COMPLETE AND CORRECT SOLUTION. ASAP! Thank you.