You are tossing the baton up into the air while it is turning, resulting in a motion that is translating as well as rotating. The instance when the baton was tossed into the air is illustrated in a figure below. The baton is modeled as two point masses m attached at the end of a massless rod of length 2r. The center of the rod is thrown directly upward at a speed vo. The rod rotates at an angular speed of 6. Derive the expression for the kinetic energy for the baton's motion (translation and rotation at this instance) using the given variables. 2. 1

You are tossing the baton up into the air while it is turning, resulting in a motion that is translating as well as rotating. The instance when the baton was tossed into the air is illustrated in a figure below. The baton is modeled as two point masses m attached at the end of a massless rod of length 2r. The center of the rod is thrown directly upward at a speed vo. The rod rotates at an angular speed of 6. Derive the expression for the kinetic energy for the baton's motion (translation and rotation at this instance) using the given variables. 2. 1

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Metrology of Screw Threads

Screw threads are a series of ridges having the profile of a helix. This helix profile runs continuously along the length of a uniform solid or a hollow bar of a circular cross-section at periodic intervals. These helix ridges are also formed over a conical bar. These continuous helical ridges are termed threads.

Question

P.4)
You are tossing the baton up into the air while it is turning,
resulting in a motion that is translating as well as rotating.
The instance when the baton was tossed into the air is
illustrated in a figure below. The baton is modeled as two
point masses m attached at the end of a massless rod of
length 2r. The center of the rod is thrown directly upward
at a speed vo. The rod rotates at an angular speed of è.
Derive the expression for the kinetie energy for the baton's
motion (translation and rotation at this instance) using the
given variables.
/B

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