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The small block of mass m slides along the radial slot of the disk while the disk rotates in the hori- zontal plane about its center 0. The block is re- leased from rest relative to the disk and moves outward with an increasing velocity along the slot as the disk turns. Determine the expression in terms of r and it for the torque M that must be ap- plied to the disk to maintain a constant angular ve- locity w of the disk.

Question-AnswerCategory: Strength of MaterialsThe small block of mass m slides along the radial slot of the disk while the disk rotates in the hori- zontal plane about its center 0. The block is re- leased from rest relative to the disk and moves outward with an increasing velocity along the slot as the disk turns. Determine the expression in terms of r and it for the torque M that must be ap- plied to the disk to maintain a constant angular ve- locity w of the disk.
vivek asked 9 months ago

The small block of mass m slides along the radial slot of the disk while the disk rotates in the hori- zontal plane about its center 0. The block is re- leased from rest relative to the disk and moves outward with an increasing velocity along the slot as the disk turns. Determine the expression in terms of r and it for the torque M that must be ap- plied to the disk to maintain a constant angular ve- locity w of the disk.

6/211 The small block of mass m slides along the radial
slot of the disk while the disk rotates in the hori-
zontal plane abo

 

1 Answers
ਅਹਿਮਦ answered 9 months ago

 
 

solution: cuse In this Angular mometum conservation, Ho= Io + mr²w point Centre here, Ho = Angular momentum at o. , Turing Io

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