Calculate the total moment of inertia of the object consisting of a thin rod of length L = 6.1 m and mass m = 5.4 kg, co
Posted: Mon May 09, 2022 6:04 pm
Calculate the total moment of inertia of the object consisting
of a thin rod of length L = 6.1 m and mass m =
5.4 kg, connected to a uniform disc of radius r =
0.7 meters and mass M = 14.9 kg. The system is
rotating around a fixed axis at one end of the rod, and the center
of the disk is fixed at a distance d = 3.3 meters from
the axis. Give your final answer to 1 decimal place in
units kg⋅m2.
Calculate the total moment of inertia of the object consisting of a thin rod of length L = 6.1 m and mass m = 5.4 kg, connected to a uniform disc of radius r = 0.7 meters and mass M = 14.9 kg. The system is rotating around a fixed axis at one end of the rod, and the center of the disk is fixed at a distance d = 3.3 meters from the axis. Give your final answer to 1 decimal place in units kg. m. L d axis
of a thin rod of length L = 6.1 m and mass m =
5.4 kg, connected to a uniform disc of radius r =
0.7 meters and mass M = 14.9 kg. The system is
rotating around a fixed axis at one end of the rod, and the center
of the disk is fixed at a distance d = 3.3 meters from
the axis. Give your final answer to 1 decimal place in
units kg⋅m2.
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