A coin stands vertically on a table. It is projected forward (in the plane of itself) with speed v and angular speed ?, as shown. The coefficient of kinetic friction between the coin and the table is ?. What should vand ? be so that the coin comes to rest (both translationally and rotationally) a distance d from where it started.

Three electrolytic cells are connected in a series. The electro-lytes in the cells are aqueous copper(II) sulfate, gold(III) sulfate,and silver nitrate. A current of 2.33 A is applied, and after sometime 1.74 g Cu is deposited. How long was the current applied?What mass of gold and silver were deposited?
December 14, 2017
Gender wage gap and executive compensations in finance industry in the US
December 14, 2017

A coin stands vertically on a table. It is projected forward (in the plane of itself) with speed v and angular speed ?, as shown. The coefficient of kinetic friction between the coin and the table is ?. What should vand ? be so that the coin comes to rest (both translationally and rotationally) a distance d from where it started.

A coin stands vertically on a table. It is projected forward (in the plane of itself) with speed v and angular speed ?, as shown. The coefficient of kinetic friction between the coin and the table is ?. What should vand ? be so that the coin comes to rest (both translationally and rotationally) a distance d from where it started.

 

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