We appreciate your visit to You push a merry go round on which Kim and Katie are riding Kim weighs 45 kg Katie weighs 36 kg and the merry go. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!
Answer :
The size of the force applied is 9760 Newtons.
To find the force applied to the merry-go-round, you can use Newton's second law,(F = ma). First, find the total mass of the system, which includes Kim, Katie, and the merry-go-round:
Mass of Kim: 45 kg
Mass of Katie: 36 kg
Mass of the merry-go-round: 163 kg
Add these masses together to get the total mass:
Total mass = 45 kg + 36 kg + 163 kg = 244 kg
Now, multiply the total mass by the acceleration to find the force:
F = ma = 244 kg × 40 m/s² = 9760 N
So, the size of the force applied is 9760 Newtons.
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