Hi, I am looking for help with section d, e, and f. Thank you. Activity 3.9-1D Impulse Momentum Worksheet1. A child whose mass is 60 kg is skating on a frozenpond with a velocity of 3 m/s. The child lands on a15 kg sled, which is at rest on the ice, and holds on.(Assume that the ice is frictionless).a. Consider the system of the sled and the child. Note there is no net outside force acting on system. Whichstatement is true?the momentum of the child is the same before and after the child lands on the sled.● the momentum of the sled is the same before and after the child lands on the sled.OO the total momentum of the system of the sled and child are the same before and after the child lands on thesled.b. Use your conclusion from (a) to determine the speed of the sled with the child on it.C. What is the magnitude and direction (left/right) of the change in momentum of the child during the collision?f.d. What is the magnitude and direction of the change in momentum of the sled?If the collision lasted 0.2 seconds, what was the magnitude and direction of the average horizontal force on thechild during the collision?What is the average horizontal force on the sled during the collision? What direction was it?

Name: Hi, I am looking for help with section d, e, and f. Thank you. Activit
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Description: Hi, I am looking for help with section d, e, and f. Thank you. Activity 3.9-1D Impulse Momentum Worksheet1. A child whose mass is 60 kg is skating on a frozenpond with a velocity of 3 m/s. The child lands on a15 kg sled, which is at rest on the ice,

Given data:The mass of child The mass of sled The initial velocity of child The initial velocity of…

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Activity 3.9-1D Impulse Momentum Worksheet 1. A child whose mass is 60 kg is skating on a frozen pond with a velocity of 3 m/s. The child lands on a 15 kg sled, which is at rest on the ice, and holds on. (Assume that the ice is frictionless). a. Consider the system of the sled and the child. Note there is no net outside force acting on system. Which statement is true? ● ● the momentum of the child is the same before and after the child lands on the sled. the momentum of the sled is the same before and after the child lands on the sled. ● the total momentum of the system of the sled and child are the same before and after the child lands on the sled. b. Use your conclusion from (a) to determine the speed of the sled with the child on it. C. What is the magnitude and direction (left/right) of the change in momentum of the child during the collision? d. What is the magnitude and direction of the change in momentum of the sled? e. If the collision lasted 0.2 seconds, what was the magnitude and direction of the average horizontal force on the child during the collision? f. What is the average horizontal force on the sled during the collision? What direction was it?

Activity 3.9-1D Impulse Momentum Worksheet 1. A child whose mass is 60 kg is skating on a frozen pond with a velocity of 3 m/s. The child lands on a 15 kg sled, which is at rest on the ice, and holds on. (Assume that the ice is frictionless). a. Consider the system of the sled and the child. Note there is no net outside force acting on system. Which statement is true? ● ● the momentum of the child is the same before and after the child lands on the sled. the momentum of the sled is the same before and after the child lands on the sled. ● the total momentum of the system of the sled and child are the same before and after the child lands on the sled. b. Use your conclusion from (a) to determine the speed of the sled with the child on it. C. What is the magnitude and direction (left/right) of the change in momentum of the child during the collision? d. What is the magnitude and direction of the change in momentum of the sled? e. If the collision lasted 0.2 seconds, what was the magnitude and direction of the average horizontal force on the child during the collision? f. What is the average horizontal force on the sled during the collision? What direction was it?

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter9: Momentum And Its Conservation

Section9.1: Impulse And Momentum

Problem 4PP

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