Question

The air molecules trapped in a basketball at room temperature has a kinetic energy of 4.21 x 1012 J. Determine how fast the air molecules are moving if the mass of the basketball is 2.75 x103 Mg. ( assuming the mass of the uninflated basketball is negligable).

Name: the air molecules trapped in a basketball at room temperature has a kinetic energy of 421 x 1012 j determine how fast the air molecules are moving if the mass of the basketball is 275 x103 mg assuming
Uploaded: 2021-11-30T16:17:21-08:00
Duration: 3 min 27 s
Channel: Surendra Kumar
Description: the air molecules trapped in a basketball at room temperature has a kinetic energy of 421 x 1012 j determine how fast the air molecules are moving if the mass of the basketball is 275 x103 mg assuming

          The air molecules trapped in a basketball at room temperature has a kinetic
energy of 4.21 x 1012 J. Determine how fast the air molecules are moving if the
mass of the basketball is 2.75 x103 Mg. ( assuming the mass of the uninflated
basketball is negligable).

Added by Anele Z.

Fundamentals of Fluid Mechanics

Philip M. Gerhart, Andrew L. Gerhart,… 8th Edition

Chapter 1

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Solved by Expert Surendra Kumar

11/30/2021

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Given that the apparent weight of the wood block is equal to the mass of the wood block times the acceleration due to gravity minus the buoyant force, which is equal to the density of alcohol times the volume displaced times the acceleration due to gravity. This Show more…

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The air molecules trapped in a basketball at room temperature has a kinetic energy of 4.21 x 1012 J. Determine how fast the air molecules are moving if the mass of the basketball is 2.75 x103 Mg. ( assuming the mass of the uninflated basketball is negligable).