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To calculate the x- displacement, the student should use the following: To calculate maximum height, the student should use the following: To calculate y-displacement from when the ball left the student's hand, the student should use the following 4>

To calculate the x- displacement, the student should use the following: To calculate maximum height, the student should use the following: To calculate y-displacement from when the ball left the student's hand, the student should use the following 4>

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Pls help ASAP. Pls show all work and calculations. Pls refer the first picture for the diagram and the second picture to answer all of the questions. 

A D. A student threwa paper ball into a recycling bin. When the ball left the student's hand at point A, it was travelling at velocity v (initial velocity) at angle theta above the horizontal. Consider the diagram above when answering the questions below. Some boxes might have more than one correct answer - choose one, If the answer is zero, put 0 in each of the box for that question. Xקרב
Transcribed Image Text:A D. A student threwa paper ball into a recycling bin. When the ball left the student's hand at point A, it was travelling at velocity v (initial velocity) at angle theta above the horizontal. Consider the diagram above when answering the questions below. Some boxes might have more than one correct answer - choose one, If the answer is zero, put 0 in each of the box for that question. Xקרב
To calculate the x- displacement, the student should use the following: To calculate maximum height, the student should use the following: To calculate y-displacement from when the ball left the student's hand, the student should use the following: To represent the x component of initial velocity, the student should show the following: To represent the y component of initial velocity, the student should show the following: At point B, the x component of velocity is At point B, the y component of velocity is Projectile motion determines the behaviour of a object only accelerating due to gravity. Impact is another event, with its own dynamics and equations. From the projectile motion point of view, point C is the instance just before the ball hits the ground. Projectile motion equations cannot describe the impact event. What can you then say about the x component of What can you say about the y component of velocity at point C? velocity at point C? At point A, acceleration is At point B, acceleration is At point C, acceleration is 4>
Transcribed Image Text:To calculate the x- displacement, the student should use the following: To calculate maximum height, the student should use the following: To calculate y-displacement from when the ball left the student's hand, the student should use the following: To represent the x component of initial velocity, the student should show the following: To represent the y component of initial velocity, the student should show the following: At point B, the x component of velocity is At point B, the y component of velocity is Projectile motion determines the behaviour of a object only accelerating due to gravity. Impact is another event, with its own dynamics and equations. From the projectile motion point of view, point C is the instance just before the ball hits the ground. Projectile motion equations cannot describe the impact event. What can you then say about the x component of What can you say about the y component of velocity at point C? velocity at point C? At point A, acceleration is At point B, acceleration is At point C, acceleration is 4>
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