Figure shows three identical yo-yos initially at rest on a horizontal surface. For each yo-yo the string is pulled In the direction shown. In each case there is sufficient friction for the yo-yo to roll without slipping. Draw the free-body diagram for each yo-yo in what direction will each yo-yo rotate?

Figure-5.139 shows three identical kiting spools at rest on a rough horizontal groundinitially.In each case the string is pulled in the direction shown in figure. In each case it is given that spool rolls without slipping. In what direction will each spoolwill move and with what acceleration. Moment ofinertia ofeach spool is 7and radius of innertube is r and that ofouter disc is R.

A yo-yo, arranged as shown, rests on a frictionless surface. When a force F is applied to the string, the yo-yo

A yo-yo, arranged as shown, rests on a frictionless surface. When a force F is applied to the string, the yo-yo

In figure mass m_(1) slides without friction on the horizontal surface, the frictionless pulley is in the form of a cylinder of mass M and radius R , and a string turns the pulley without slipping. Find the acceleration of each mass, and tension in each part of the string.

In figure mass m_(1) slides without friction on the horizontal surface, the frictionless pulley is in the form of a cylinder of mass M and radius R , and a string turns the pulley without slipping. Find the acceleration of each mass, and tension in each part of the string.

A yo-yo is placed on a rough horizontal surface and a constant force F , which is less than its weight, pulls it vertically. Due to this

A yo-yo is placed on a rough horizontal surface and a constant force F , which is less than its weight, pulls it vertically. Due to this

A yo-yo is released from your hand with the string wrapped around your figure. If you hold your hand still, the acceleration of the yo-yo us -