You hang from a tree branch, and then let go and fall toward the Earth. As you fall, the y-component of your momentum, which was originally zero, becomes large and negative. a. Choose yourself as the system. There must be an object in the surroundings whose y-momentum must become equally large and positive. What object is this? b. Choose yourself and the Earth as the system. The y-component of your momentum is changing. Does the total momentum of the system change? Why or why not?
You hang from a tree branch, and then let go and fall toward the Earth. As you fall, the y-component of your momentum, which was originally zero, becomes large and negative. a. Choose yourself as the system. There must be an object in the surroundings whose y-momentum must become equally large and positive. What object is this? b. Choose yourself and the Earth as the system. The y-component of your momentum is changing. Does the total momentum of the system change? Why or why not?
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![You hang from a tree branch, and then let go and fall toward the Earth. As you fall, the y-component of
your momentum, which was originally zero, becomes large and negative.
a. Choose yourself as the system. There must be an object in the surroundings whose y-momentum
must become equally large and positive. What object is this?
b.
Choose yourself and the Earth as the system. The y-component of your momentum is changing.
Does the total momentum of the system change? Why or why not?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F33ec63b3-d389-4ccd-948b-e56250e63ff8%2F0b7d3ec3-2be0-4509-aeb6-626035091116%2Fg2uuvnh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:You hang from a tree branch, and then let go and fall toward the Earth. As you fall, the y-component of
your momentum, which was originally zero, becomes large and negative.
a. Choose yourself as the system. There must be an object in the surroundings whose y-momentum
must become equally large and positive. What object is this?
b.
Choose yourself and the Earth as the system. The y-component of your momentum is changing.
Does the total momentum of the system change? Why or why not?
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