Four beads, each of mass m = 1 kg, are attached at various locations to a ring, also of mass m = 1 kg, and radius M R = 1 m (see figure). Find the coordinates of the center of mass of the system consisting of the ring and the beads. Angle A, located between the first bead and the horizontal, is equal to 41°. Angle B, located between the horizontal and the second bead, is equal to 50°. Angle C, located between m, m. R D A the third bead and the horizontal, is equal to 72°. Angle D, located between the horizontal and the fourth bead, is equal to 31°. C B Xcm = m m. Yem =

University Physics Volume 1
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Chapter12: Static Equilibrium And Elasticity
Section: Chapter Questions
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Four beads, each of mass m = 1 kg, are attached at various
locations to a ring, also of mass m = 1 kg, and radius
M
R = 1 m (see figure). Find the coordinates of the center of
mass of the system consisting of the ring and the beads.
Angle A, located between the first bead and the horizontal,
m,
m,
R
is equal to 41°. Angle B, located between the horizontal and
the second bead, is equal to 50°. Angle C, located between
the third bead and the horizontal, is equal to 72°. Angle D,
located between the horizontal and the fourth bead, is equal
to 31°.
B
Xem =
m,
Yem =
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Transcribed Image Text:Four beads, each of mass m = 1 kg, are attached at various locations to a ring, also of mass m = 1 kg, and radius M R = 1 m (see figure). Find the coordinates of the center of mass of the system consisting of the ring and the beads. Angle A, located between the first bead and the horizontal, m, m, R is equal to 41°. Angle B, located between the horizontal and the second bead, is equal to 50°. Angle C, located between the third bead and the horizontal, is equal to 72°. Angle D, located between the horizontal and the fourth bead, is equal to 31°. B Xem = m, Yem = about us careers privacy policy terms of use contact us help
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