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17. A wheel of mass M and radius R is projected along a horizontal surface with an initial linear velocity Vo and an initial angular velocity wo as shown in Fig. 1.150, so it starts sliding along the surface (wo tends to produce Fig. 1.150.

17. A wheel of mass M and radius R is projected along a horizontal surface with an initial linear velocity Vo and an initial angular velocity wo as shown in Fig. 1.150, so it starts sliding along the surface (wo tends to produce Fig. 1.150.

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17. A wheel of mass M and radius R is projected along a horizontal surface with an initial linear velocity Vo and an initial angular velocity wo as shown in Fig. 1.150, so it starts sliding along the surface (wo tends to produce Fig. 1.150.
Transcribed Image Text:17. A wheel of mass M and radius R is projected along a horizontal surface with an initial linear velocity Vo and an initial angular velocity wo as shown in Fig. 1.150, so it starts sliding along the surface (wo tends to produce Fig. 1.150.
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