A bicycle is lifted off the ground and placed on a stand so that maintenance can be performed. This allows the front wheel to spin freely along its axle. The wheel has a reflector (m₁ 40 g) located R₁ = 25 cm radially outward from the center. There is also a pebble with mass m₂ stuck in the tire treads and located R₂ = 33 cm radially outward from the center. The wheel is rotated until it reaches a position of equilibrium; at this moment the reflector is located at the 5 o'clock position, and the pebble is located at the 9 o'clock position. What is the mass m₂ of the pebble?
A bicycle is lifted off the ground and placed on a stand so that maintenance can be performed. This allows the front wheel to spin freely along its axle. The wheel has a reflector (m₁ 40 g) located R₁ = 25 cm radially outward from the center. There is also a pebble with mass m₂ stuck in the tire treads and located R₂ = 33 cm radially outward from the center. The wheel is rotated until it reaches a position of equilibrium; at this moment the reflector is located at the 5 o'clock position, and the pebble is located at the 9 o'clock position. What is the mass m₂ of the pebble?
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pls also draw a picture/representation of the scenario described, thank you!
![A bicycle is lifted off the ground and placed on a stand so
that maintenance can be performed. This allows the front
wheel to spin freely along its axle. The wheel has a reflector
(m₁ 40 g) located R₁ = 25 cm radially outward from the
center. There is also a pebble with mass m₂ stuck in the
tire treads and located R₂ 33 cm radially outward from
the center. The wheel is rotated until it reaches a position
of equilibrium; at this moment the reflector is located at
the 5 o'clock position, and the pebble is located at the 9
o'clock position. What is the mass m2 of the pebble?
=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F251254ba-8af9-4aa2-8917-a973afab1561%2Fcae51b7d-77df-487d-aad0-696967e43f0e%2Fa03jv7c_processed.png&w=3840&q=75)
Transcribed Image Text:A bicycle is lifted off the ground and placed on a stand so
that maintenance can be performed. This allows the front
wheel to spin freely along its axle. The wheel has a reflector
(m₁ 40 g) located R₁ = 25 cm radially outward from the
center. There is also a pebble with mass m₂ stuck in the
tire treads and located R₂ 33 cm radially outward from
the center. The wheel is rotated until it reaches a position
of equilibrium; at this moment the reflector is located at
the 5 o'clock position, and the pebble is located at the 9
o'clock position. What is the mass m2 of the pebble?
=
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