Need help on these two questions. c) If the flywheel is "charged" for 10 minutes from rest, determine its final angularvelocity.d) Determine the total rotational kinetic energy accumulated by the flywheel duringthis time.e) In a similar car 2.1 x 107 J of energy contained in the flywheel is used to accelerate(from rest) a car of mass M = 2523.4 kg, determine the final velocity of the car. Tomake the calculation easier, ignore the friction between the car and the asphaltand air resistance. (You simply converting the stored rotational energy totranslational energy) An experimental car is designed to work by accumulating energy in a flywheel' shapedas a uniform solid disc. To make the car move, the flywheel is "charged" by attaching itto an external machine able to exert a torque on the wheel of t = 1000 Nm, so that theflywheel is accelerated and accumulates rotational kinetic energy. The friction of theflywheel with its axle bearings is negligible, and it has a radius R = 1.3 m and a mass m631.5 kg.%3DFind the moment of inertia of the flywheel. (you can assume it is a uniform disk.)

Part A. Moment of inertia of a uniform disc can be given as follows: I=MR22 M= 631.5 Kg and R= 1.3 m…

An experimental car is designed to work by accumu as a uniform solid disc. To make the car move, the flywheel is "charged" by attaching it to an external machine able to exert a torque on the wheel of t = flywheel is accelerated and accumulates rotational kinetic energy. The friction of the flywheel with its axle bearings is negligible, and it has a radius R = 631.5 kg. ung energy 1000 Nm, so that the 1.3 m and a mass m %3! a) Find the moment of inertia of the flywheel. (you can assume it is a uniform disk.)