A yo-yo (as shown) falls under gravity. Assume that it falls straight down, unwinding as it goes. Find the Lagrange equation of motion. Hints: The kinetic energy is the sum of the trans- lational energy mż? and the rotational energy I0² where I is 11. the moment of inertia. What is the relation between ż and 0? Assume the yo-yo is a solid cylinder with inner radius a and outer radius b.
A yo-yo (as shown) falls under gravity. Assume that it falls straight down, unwinding as it goes. Find the Lagrange equation of motion. Hints: The kinetic energy is the sum of the trans- lational energy mż? and the rotational energy I0² where I is 11. the moment of inertia. What is the relation between ż and 0? Assume the yo-yo is a solid cylinder with inner radius a and outer radius b.
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![A yo-yo (as shown) falls under gravity. Assume that it falls
straight down, unwinding as it goes. Find the Lagrange equation
of motion. Hints: The kinetic energy is the sum of the trans-
lational energy mż? and the rotational energy I0² where I is
11.
the moment of inertia. What is the relation between ż and 0?
Assume the yo-yo is a solid cylinder with inner radius a and outer radius b.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa0dd7ade-f9e6-47bd-bc56-e4e3e5bde2e6%2F5f3b0538-9223-4025-bbcf-b52c5ccfd993%2Femuwp9c_processed.png&w=3840&q=75)
Transcribed Image Text:A yo-yo (as shown) falls under gravity. Assume that it falls
straight down, unwinding as it goes. Find the Lagrange equation
of motion. Hints: The kinetic energy is the sum of the trans-
lational energy mż? and the rotational energy I0² where I is
11.
the moment of inertia. What is the relation between ż and 0?
Assume the yo-yo is a solid cylinder with inner radius a and outer radius b.
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