Can you please answer the below quaestion. Thanks. 4. Six children ride on a merry-go-round that rotates at constant speed. The diagram below shows thechildren's positions on the ride from a top-down view. Their masses are expressed in multiples of mass "M"and their path radii are expressed in multiples of radius “R."BME(3M)(4M)fastest ->Explain how you determined your ranking:C (6M)largest ->Explain how you determined your ranking:Flargest ->Explain how you determined your ranking:2Ra. Rank the tangential speeds of the children from fastest to slowest. (Ties are possible.)<-slowest(2M)D2M)b. Rank the centripetal acceleration of the lettered children from largest to smallest. (Ties are possible.)<-smallest3R<-smallestC. Rank the centripetal force needed for each child to remain in circular motion. (Ties are possible.)

Merry-go round rotates with constant velocity "ω" Data for different kids are tabulated below:…

Six children ride on a merry-go-round that rotates at constant speed. The diagram below shows the children's positions on the ride from a top-down view. Their masses are expressed in multiples of mass "M" and their path radii are expressed in multiples of radius "R." B M E A (3M) 4M fastest -> Explain how you determined your ranking: C (6M) largest -> Explain how you determined your ranking: 2R a. Rank the tangential speeds of the children from fastest to slowest. (Ties are possible.) largest -> Explain how you determined your ranking: (2M) <-slowest D 2M) b. Rank the centripetal acceleration of the lettered children from largest to smallest. (Ties are possible.) <-smallest 3R <-smallest C. Rank the centripetal force needed for each child to remain in circular motion. (Ties are possible.)

Six children ride on a merry-go-round that rotates at constant speed. The diagram below shows the children's positions on the ride from a top-down view. Their masses are expressed in multiples of mass "M" and their path radii are expressed in multiples of radius "R." B M E A (3M) 4M fastest -> Explain how you determined your ranking: C (6M) largest -> Explain how you determined your ranking: 2R a. Rank the tangential speeds of the children from fastest to slowest. (Ties are possible.) largest -> Explain how you determined your ranking: (2M) <-slowest D 2M) b. Rank the centripetal acceleration of the lettered children from largest to smallest. (Ties are possible.) <-smallest 3R <-smallest C. Rank the centripetal force needed for each child to remain in circular motion. (Ties are possible.)

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter6: Uniform Circular Motion And Gravitation

Section: Chapter Questions

Problem 31PE: Modern roller coasters have vertical loops like the one shown in Figure 6.38. The radius of...

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