Q2)(" of a fixed sphere of radius R, where R>> size of the block. The surface of the sphere is frictionless and constant gravitational acceleration g acts downward. A small block starts from rest and slides down from the top R (a) [4 points] Determine the speed of the block as a function of angle from the top while it remains in contact with the sphere. (b) T sphere? At what angle does the block lose contact with the I to
Q2)(" of a fixed sphere of radius R, where R>> size of the block. The surface of the sphere is frictionless and constant gravitational acceleration g acts downward. A small block starts from rest and slides down from the top R (a) [4 points] Determine the speed of the block as a function of angle from the top while it remains in contact with the sphere. (b) T sphere? At what angle does the block lose contact with the I to
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![Q2)("
of a fixed sphere of radius R, where R>> size of the block. The surface
of the sphere is frictionless and constant gravitational acceleration g
acts downward.
A small block starts from rest and slides down from the top
R
(a) [4 points] Determine the speed of the block as a function of angle
from the top while it remains in contact with the sphere.
(b) T
sphere?
At what angle does the block lose contact with the
to](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ae0d557-1215-41e4-8975-9a7957c1d2af%2F2c8c261a-78c3-4809-acf8-b7a3cd05c110%2Fzn86is_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2)("
of a fixed sphere of radius R, where R>> size of the block. The surface
of the sphere is frictionless and constant gravitational acceleration g
acts downward.
A small block starts from rest and slides down from the top
R
(a) [4 points] Determine the speed of the block as a function of angle
from the top while it remains in contact with the sphere.
(b) T
sphere?
At what angle does the block lose contact with the
to
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