A pendulum is constructed of a solid sphere of mass M and radius a, which is attached to the end of a rod, of mass m and length 1¹. Show that there will be no strain on the axis if the pendulum be struck at a distance [M { ¾a² + (a + b)²} + ¼ mb²] + [M (a + b) + /2 mb] 1 1 3 from the axis.
A pendulum is constructed of a solid sphere of mass M and radius a, which is attached to the end of a rod, of mass m and length 1¹. Show that there will be no strain on the axis if the pendulum be struck at a distance [M { ¾a² + (a + b)²} + ¼ mb²] + [M (a + b) + /2 mb] 1 1 3 from the axis.
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![A pendulum is constructed of a solid sphere of mass M and
radius a, which is attached to the end of a rod, of mass m and length 1¹. Show that
there will be no strain on the axis if the pendulum be struck at a distance
[M {²a² + (a + b)²} + ¼ mb²] + [M (a + b) + 1½ mb]
=
from the axis.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3979adbc-5bc9-41ec-95e1-a4c8e7bc1d53%2F6c7ceb38-c9b7-4221-bc2c-26ba37d6981f%2Fctkopwo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A pendulum is constructed of a solid sphere of mass M and
radius a, which is attached to the end of a rod, of mass m and length 1¹. Show that
there will be no strain on the axis if the pendulum be struck at a distance
[M {²a² + (a + b)²} + ¼ mb²] + [M (a + b) + 1½ mb]
=
from the axis.
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