The graph below shows the velocity graph of a cart moving on an air track as shown in the figure on the right. The track has a spring at one end and has its other end raised. The cart is started sliding up the track by pressing it against the spring and releasing it. The clock is started just as the cart leaves the spring. Take the direction the cart is moving in initially to be the positive x direction and take the bottom of the spring to be the origin. a. This point occurs when the cart is at its highest point on the track. b. At this point, the cart is instantaneously not moving. c. This is a point when the cart is in contact with the spring. (E d. At this point, the cart is moving down the track toward the origin. e. At this point, the cart has acceleration of zero. time glider spring Letters point to six points on the velocity curve. For the physical situations described below, identify which of the letters corresponds to the situation described. You may use each letter more than once, more than one le may be used for each answer, or none may be appropriate. If none is appropriate, put the letter N. air track

The graph below shows the velocity graph of a cart moving on an air track as shown in the figure on the right. The track has a spring at one end and has its other end raised. The cart is started sliding up the track by pressing it against the spring and releasing it. The clock is started just as the cart leaves the spring. Take the direction the cart is moving in initially to be the positive x direction and take the bottom of the spring to be the origin. a. This point occurs when the cart is at its highest point on the track. b. At this point, the cart is instantaneously not moving. c. This is a point when the cart is in contact with the spring. (E d. At this point, the cart is moving down the track toward the origin. e. At this point, the cart has acceleration of zero. time glider spring Letters point to six points on the velocity curve. For the physical situations described below, identify which of the letters corresponds to the situation described. You may use each letter more than once, more than one le may be used for each answer, or none may be appropriate. If none is appropriate, put the letter N. air track

Name: Graph for a cart on a tilted airtrackThe graph below shows the veloci
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: Graph for a cart on a tilted airtrackThe graph below shows the velocity graph of a cart moving on an air track as shown in the figure on the right. The track has a spring at one end and has its otherend raised. The cart is started sliding up the tra

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter3: Accelerated Motion

Section3.2: Motion With Constant Acceleration

Problem 16PP

See similar textbooks

Similar questions

Two identical boxes with mass m are placed on inclined surfaces with coefficient of kinetic friction and connected by a light rope passing through a frictionless pulley as shown in the figure. Which of the following gives the correct expression for the system's accelera- tion? A. a = (sin 3-sina) - B. a (sin 3-sina) - C. a = (sin a-sin 3) - D. a (sin a sin 3) - (cosa = - = (cosa + cos 3) (cosa - cos (3) (cosa + cos 3) cos 3) α |6|× m B
Describe the acceleration of the ship based on the graph below (See the picture). A.The ship is moving in the forward direction at a steady rate. Then it accelerates in the forward direction and then decelerates. B.The ship is moving in the forward direction at a steady rate. Then it turns around and starts decelerating, while traveling in the reverse direction. It then accelerates, but slowly. C.The ship is moving in the forward direction at a steady rate. Then it decelerates in the forward direction, and then continues to slow down in the forward direction, but with more deceleration. D.The ship is moving in the forward direction at a steady rate. Then it decelerates in the forward direction, and then continues to slow down in the forward direction, but with less deceleration.
A rider on a water slide goes through three different kinds of motion, as illustrated is shown. Use the data and details from the figure to answer the following question. Suppose the designers of the water slide want to adjust the height h above the water so that riders land twice as far away from the bottom of the slide. What would be the necessary height above the water?A. 1.2 m B. 1.8 m C. 2.4 m D. 3.0 m
A block rolls off an incline (as shown in figure on the right) and the magnitude of the velocity v of the block is 22.0 m/s when it is at the edge of the incline. How far from point A will the block hit the ground? e = 30 h = 9.00m A
A rider on a water slide goes through three different kinds of motion, as illustrated is shown. Use the data and details from the figure to answer the following question. Suppose the acceleration during the second section of the motion is too large to be comfortable for riders. What change could be made to decrease the acceleration during this section?A. Reduce the radius of the circular segment.B. Increase the radius of the circular segment.C. Increase the angle of the ramp.D. Increase the length of the ramp.
A person initially at rest accelerates at a constant rate for specific amount of time. A motion detector tracks the person's displacement vs time. If you wanted to know how fast the person was traveling at an exact point in time, you could find the... The person's displacement divided by that time Area under the curve up to that point in time The person's current displacement multiplied by that time The slope of the line tangent to the curve at that time
An object is thrown straight up with an initial velocity Vi. The graph represents the object’s vertical displacement as a function of time. Use the graph to the right, what is the total flying time of the object?
Based on the table given (image attached), a. Draw the speed vs. time graph. Find the slope. Describe the graph line. What does it imply? b. Find the slope of the graph and compare it with the calculated acceleration.
An object is thrown straight up with an initial velocity Vi. The graph represents the object’s vertical displacement as a function of time. Use the graph to the right, at what time the object reaches its maximum height?
Based on the table in the picture answer the following questions. a. Does height affect the speed of the car? Explain your answer b. What is your conclusion?
The vertical axis is not labeled in the graph at right. If curve A is a graphof x position (in meters) versus time:a. Is acceleration ax positive, negative, or zero?b. Is initial velocity vxo positive, negative, or zero?c. Find the value of initial position xod. At what time does the body come to rest, for a moment?
Draw a velocity versus time graph for an object whose constant velocity is 15 m/s and whose position starts at x= 0 when t = 0 Graph the motion for the first 5.0 seconds. A.) For the motion graphed in the position versus time graph shown above, what is the average velocity in the time interval 1 to 3 seconds? B.) For the motion graphed in the position versus time graph shown above, what is the average velocity in the time interval 3 to 4 seconds? C.) For the motion graphed in the position versus time graph shown above, what is the average velocity in the time interval 5 to 6 seconds?