Consider the following motion: The cart's initial position is the bottom of the track. You give it a push up. The cart freely rolls up, comes to rest instantaneously, then rolls back down. Question 1. On Figure 1, draw an arrow showing the direction of the cart's acceleration. Question 2. Based on this description, sketch on the axes on the next page the graphs of position x, velocity v and acceleration a of the cart as a function of time t. Question 3. Identify on each graph the turning point of the cart's trajectory. Question 4. On the x-vs-t and v-vs-t sketches, identify and label: a. the time interval during which the cart is speeding up, b. the time interval during which the acceleration of the cart is positive

Consider the following motion: The cart's initial position is the bottom of the track. You give it a push up. The cart freely rolls up, comes to rest instantaneously, then rolls back down. Question 1. On Figure 1, draw an arrow showing the direction of the cart's acceleration. Question 2. Based on this description, sketch on the axes on the next page the graphs of position x, velocity v and acceleration a of the cart as a function of time t. Question 3. Identify on each graph the turning point of the cart's trajectory. Question 4. On the x-vs-t and v-vs-t sketches, identify and label: a. the time interval during which the cart is speeding up, b. the time interval during which the acceleration of the cart is positive

Name: Question 2 is needed Graphs of position, velocity, and acceleration vs
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: Question 2 is needed Graphs of position, velocity, and acceleration vs timeFigure 1-Incline Track SetupConsider the following motion:àx positiveOriginThe cart's initial position is the bottom of the track. You give it a push up. The cart freely rolls