2. For each case, determine the total kinetic energy of the system.a.Uniform Bowling Ballm= 7 kgR=0.11 mGrolling without slippingVCG = 3 m/s b.@= 10 rad/sMA= 2 kggC.v = 8 m/s↓d.Av=8 m/sBPulleym₂= 4 kgR₂= 0.4 m-R₁= 0.2 mk= 0.3 mTotal Mass (including wheels) = 100 kg4 wheelsuniform disksmw = 1 kg (each)Rw = 0.05 mroll without slippingmg = 3 kgTotal Mass (including wheels) = 100 kg4 wheelsuniform disksm 20 kg (each)R-0.20 mroll without slippingMacBook Pro

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Answered: 2. For each case, determine the total…

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