Find the tension in the string on the side of the given mass

Reference no: EM13658192

A mass of 355 gram hangs from one end of a string that goes over a pulley with a moment of inertia of .0125 kg*m^2 and a radius of 15 centimeter. A mass of 680 gram hangs from the other end. When the masses are released, the larger mass accelerates downward, the lighter mass accelerates upward, and the pulley turns without the string slipping on the pulley. Find the tension in the string on the side of the 355 gram mass?

Reference no: EM13658192

Questions Cloud

Compute the partial pressure of each of the gases : A mixture containing 0.538 mol He(g), 0.315 mol Ne(g), and 0.103 mol Ar(g) is confined in a 7.00-L vessel at 25 degree Celcius. Compute the partial pressure of each of the gases in the mixture.

How much work is required to complete eight turns of crank : To prepare homemade ice cream a crank must be turned with a torque of 3.6 N m. Determine how much work is required to complete eight turns of the crank

Ionic compounds in order of decreasing amount of energy : Position the subsequent ionic compounds in order of decreasing amount of energy released in lattice formation- NaF, BaO, InN, and RbBr

Compute how far up the ladder can a man climb : A 5.00 meter long ladder, weighing 200 Newton, rests against a smooth vertical wall with its base on a horizontal rough floor, a distance1.2 meter away from the wall. Compute how far up the ladder can a 600 N man climb before the ladder begins to s..

Find the tension in the string on the side of the given mass : A mass of 355 gram hangs from one end of a string that goes over a pulley with a moment of inertia of .0125 kg*m^2 and a radius of 15 centimeter. Find the tension in the string on the side of the 355 gram mass

Brick and the can to have exactly the same height : A brick is originally 12.10 cm high and an aluminium can is initially 12.11 cm high. By how much should their temperatures be raised in order for the brick and the can to have exactly the same height?

Find the speed with which the bullet hit the block : A block with mass 0.5 kilogram is covering a hole in a horizontal table. From below the table a bullet with mass 5 g is fired straight up. Find the speed with which the bullet hit the block

Compute the amount of energy required for the formation : Compute the amount of energy required for the formation of one mole of BaO bonds not lattice energy. The radius of the barium ion is 1.35 A, as well as the radius of the oxide ion is 1.4 A. Note that 1A = 10-10 m

Determine the angular position of the wheel at given time : At t=0 , a wheel rotating about a fixed axis at a constant angular acceleration of -0.40rad/s2 has an angular velocity of 1.5rad/s and an angular position of 2.3 rad. Determine the angular position of the wheel at t= 2.0second

User Account

All Pages