Calculate for the % difference between the initial and final momentum of the total/whole system for the following:v) Set-up 5: Trial 1, Trial 2 and Trial 3 IMIMARBLE A MASS (kg)0.06Note: Take into account the direction of the velocities!MARBLE B MASS (kg)0.005TABLE FOR MARBLE ATABLE FOR MARBLE BInitialFinalInitialFinalInitialFinalInitialFinalInitialFinalVelocity Momentum MomentuKineticMomentum Momentu(Kg*m/s) m (Kg*m/s)KineticVelocity(m/s)VelocityVelocityInitial KineticFinal Kinetic(m/s)(m/s)(Kg*m/s) m (Kg*m/s) Energy (J)Energy (J)(m/s)Energy (J)Energy (J)TRIALTRIAL10.24630.38290.0147780.022974 0.00181991 0.0049831-0.18750.2553-0.0009375 0.00127650.00008790.000162920.19750.29740.011850.017844 0.00117019 0.002652-0.19480.2819-0.000974 0.00140950.00094870.00019870.22680.32980.0136080.019788 0.00154317 0.0032633-0.21120.392-0.0010560.001960.00011150.000384TOTAL SYSTEM MOMENTUM AND KINETIC ENERGYInitialFinalInitialFinalMomentum Momentum(Kg*m/s)(Kg*m/s)KineticKineticSET UP 5Energy (J) Energy ()TRIAL0.0138405 0.0242505 0.0019078 0.005145920.0108760.0192535 0.0021189 0.002848730.0125520.0217480.00165470.003647

Given, The mass of marble A = 0.06kg The mass of marble B = 0.005 kg. The initial momentum and final…

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Calculate for the % difference between the initial and final momentum of the total/whole system for the following: v) Set-up 5: Trial 1, Trial 2 and Trial 3