A 3,50 kg solid sphere of radius 2,00cm is placed inside a hemispherical bowl of radius 10,0cm. The sphere is released from rest from a height equal to the radius of the bowl and it rolls without slipping. a.Determine the angular speed of the sphere when the sphere makes an angle of 35 with the vertical as shown in the figure. b.Determine the linear speed of the sphere at the bottom of the bowl.
A 3,50 kg solid sphere of radius 2,00cm is placed inside a hemispherical bowl of radius 10,0cm. The sphere is released from rest from a height equal to the radius of the bowl and it rolls without slipping. a.Determine the angular speed of the sphere when the sphere makes an angle of 35 with the vertical as shown in the figure. b.Determine the linear speed of the sphere at the bottom of the bowl.
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Conservation of energy
A 3,50 kg solid sphere of radius 2,00cm is placed inside a hemispherical bowl of radius 10,0cm. The sphere is released from rest from a height equal to the radius of the bowl and it rolls without slipping.
a.Determine the angular speed of the sphere when the sphere makes an angle of 35 with the vertical as shown in the figure.
b.Determine the linear speed of the sphere at the bottom of the bowl.
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