Consider a couple of golf balls in a massive cylindrical cup as shown. The arrangement is stable. If the mass of the cup were to suddenly approach zero, the cup of balls would a) tip clockwise. b) tip counterclockwise. c) remain in stable equilibrium.

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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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486
THE PHYSICS TEACHER
Vol. 36, Nov. 1998
Figuring Physics
FIGURING PHYSICS
Consider a couple of golf balls in a
massive cylindrical cup as shown. The
arrangement is stable. If the mass of
the cup were to suddenly approach zero,
the cup of balls would
a) tip clockwise.
b) tip counterclockwise.
c) remain in stable equilibrium.
thanx to Paul Tipier
-JANIT!!
FIGURING PHYSies
Consider a couple of golf balls in a
massive cylindrical cup as shown. The
arrangement is stable. If the mass of
the cup were to suddenly approach zero,
the cup of balls would
a) tip clockwise.
b) tip counterclockwise.
c) remain in stable equilibrium.
Answer; c.
The cup of balls is in stable equilibrium, meaning
that any tipping would raise the center of gravity
of the cup-balls system; requiring work input.
The center of mass of the system is where the
balls touch each other, above,
and well within the support
base of the cup.
The mass of the cup. large or nit.
doesn't change the story. Place a
couple of golf balls in a paper cup
and see!
Hamit
Transcribed Image Text:486 THE PHYSICS TEACHER Vol. 36, Nov. 1998 Figuring Physics FIGURING PHYSICS Consider a couple of golf balls in a massive cylindrical cup as shown. The arrangement is stable. If the mass of the cup were to suddenly approach zero, the cup of balls would a) tip clockwise. b) tip counterclockwise. c) remain in stable equilibrium. thanx to Paul Tipier -JANIT!! FIGURING PHYSies Consider a couple of golf balls in a massive cylindrical cup as shown. The arrangement is stable. If the mass of the cup were to suddenly approach zero, the cup of balls would a) tip clockwise. b) tip counterclockwise. c) remain in stable equilibrium. Answer; c. The cup of balls is in stable equilibrium, meaning that any tipping would raise the center of gravity of the cup-balls system; requiring work input. The center of mass of the system is where the balls touch each other, above, and well within the support base of the cup. The mass of the cup. large or nit. doesn't change the story. Place a couple of golf balls in a paper cup and see! Hamit
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