1.5 In this figure, force F is pulling the rope (wrapped around the drum). There is no slippage between the ground and the larger radius drum. Pick one: rolls A The drum rotates in the...

Please check answers - dynaamics1.5<br>In this figure, force F is pulling the rope (wrapped around the drum). There is no<br>slippage between the ground and the larger radius drum. Pick one:<br>rolls<br>A The drum rotates in the counter-clockwise direction<br>(B The visible portion is getting longer (unwinding)<<br>wrapping<br>Farick.<br>(C) The direction of friction from the ground on the drum is to the left<br>(D) The direction of friction from the ground on the drum is to the right<br>1.6<br>Rob AB is released from horizontal position and hits CD when it gets to the 6 o'clock<br>position. During the collision (pick one)<br>(A) No impulsive forces if e = 1<br>(B))Impulsive forces between ends A and C only<br>TT) Impulsive forces at support point B only<br>(D) Impulsive forces betwwen A and C and at support B<br>In the figure below, u (coeff. of friction) between the ground and wheels of the cart is<br>1.7<br>the same as the u between the cart and cylinder. Cylinder is then is pulled by the force P as shown.<br>Pick one:<br>(A Cart will not move<br>(B) Jart and cylinder will move together<br>B<br>teT If P is large engouh, both will move together<br>(D) There can be no slippage between the cart and the cylinder<br>

Extracted text: 1.5 In this figure, force F is pulling the rope (wrapped around the drum). There is no slippage between the ground and the larger radius drum. Pick one: rolls A The drum rotates in the counter-clockwise direction (B The visible portion is getting longer (unwinding)< wrapping="" farick.="" (c)="" the="" direction="" of="" friction="" from="" the="" ground="" on="" the="" drum="" is="" to="" the="" left="" (d)="" the="" direction="" of="" friction="" from="" the="" ground="" on="" the="" drum="" is="" to="" the="" right="" 1.6="" rob="" ab="" is="" released="" from="" horizontal="" position="" and="" hits="" cd="" when="" it="" gets="" to="" the="" 6="" o'clock="" position.="" during="" the="" collision="" (pick="" one)="" (a)="" no="" impulsive="" forces="" if="" e="1" (b))impulsive="" forces="" between="" ends="" a="" and="" c="" only="" tt)="" impulsive="" forces="" at="" support="" point="" b="" only="" (d)="" impulsive="" forces="" betwwen="" a="" and="" c="" and="" at="" support="" b="" in="" the="" figure="" below,="" u="" (coeff.="" of="" friction)="" between="" the="" ground="" and="" wheels="" of="" the="" cart="" is="" 1.7="" the="" same="" as="" the="" u="" between="" the="" cart="" and="" cylinder.="" cylinder="" is="" then="" is="" pulled="" by="" the="" force="" p="" as="" shown.="" pick="" one:="" (a="" cart="" will="" not="" move="" (b)="" jart="" and="" cylinder="" will="" move="" together="" b="" tet="" if="" p="" is="" large="" engouh,="" both="" will="" move="" together="" (d)="" there="" can="" be="" no="" slippage="" between="" the="" cart="" and="" the="">

Jun 11, 2022
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