A diso is turning of Radius R=2m and mass M₂ 30ng in a horizontal plane, around a vertical axis. On the axis, acts a uniform frictional torque To. A lump of clay, with mass M = 2,5 kg falls on the disc, at a distance d = 1.8m from the axis and it the lamp remains glued to the dise. The dimensions may og are such that it be considered like a material point. We know that immediately before the collision the angular velocity & W₁= HII radls and the disc
A diso is turning of Radius R=2m and mass M₂ 30ng in a horizontal plane, around a vertical axis. On the axis, acts a uniform frictional torque To. A lump of clay, with mass M = 2,5 kg falls on the disc, at a distance d = 1.8m from the axis and it the lamp remains glued to the dise. The dimensions may og are such that it be considered like a material point. We know that immediately before the collision the angular velocity & W₁= HII radls and the disc
Related questions
Question
100%
Transcribed Image Text:Problem 2.
Radius R=2m and mass
M₂ 30ng is turning
in
on the
a horizontal plane, around a vertical axis.
On the axis, acts a uniform frictional torque to..
A lump of clay, with mass m = 2,5 kg falls
disc, at a distance d = 1.8m from the axis and it
remains glued to the dise. The dimensions
the lamp
are such that it
be considered like
A disc of
of
of
a material
may
point. kle know that immediately before the collision
the angular velocity
63 W₁= Hπ radls and the dise
Comes to rest after 30.5 tums. Find :
a) the angular Velocity Wa of the system Immediately
after the collision
b) the frictional torque to
Please answer the above question Step-wise, Showing
detailed explanations, including diagrams here
Thanks in adhlanced !!!
pecessary.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps with 4 images
