Duplicate Question
The question on this page has been marked as a duplicate question.
Original Question
Please help! it has to do with momentum A 70 k/g woman and her 35 k/g son are standing at rest on an ice rink. They push agains...Asked by marissa!
Please help! it has to do with momentum
A 70 k/g woman and her 35 k/g son are standing at rest on an ice rink. They push against each other for .60 s, causing them to glide apart. The speed of the woman immediately after they separate is .55 m/s
question asks what is the magnitude of the total momentum of the 2 people after they push?
A 70 k/g woman and her 35 k/g son are standing at rest on an ice rink. They push against each other for .60 s, causing them to glide apart. The speed of the woman immediately after they separate is .55 m/s
question asks what is the magnitude of the total momentum of the 2 people after they push?
Answers
Answered by
Damon
zero
No computation is necessary
There are no external forces on the two person system.
Therefore the total momentum does not change, First Law.
No computation is necessary
There are no external forces on the two person system.
Therefore the total momentum does not change, First Law.
Answered by
marissa!
Please help! it has to do with momentum
A 70 k/g woman and her 35 k/g son are standing at rest on an ice rink. They push against each other for .60 s, causing them to glide apart. The speed of the woman immediately after they separate is .55 m/s
question asks what is the womans momentum after the push
A 70 k/g woman and her 35 k/g son are standing at rest on an ice rink. They push against each other for .60 s, causing them to glide apart. The speed of the woman immediately after they separate is .55 m/s
question asks what is the womans momentum after the push
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.