Two identical disks of mass m and radius r are on a smooth (frictionless) surface. The two disks are connected by a pin
Posted: Mon May 02, 2022 3:53 pm
let last digit of student number = 1
Two identical disks of mass m and radius r are on a smooth (frictionless) surface. The two disks are connected by a pin at B, note: the size of the pin can be ignored in your calculations. An impulse I =100 Nm is applied to disk C with an eccentricity of r/2 to the right of the centre of disk C as shown. Determine the angular velocity of disk A and the angular velocity of disk C immediately after the impact. Assume m = (last digit of your student number + 5) kg and r = (last digit of your student number + 2) m, respectively. r/2 ch А B +
Two identical disks of mass m and radius r are on a smooth (frictionless) surface. The two disks are connected by a pin at B, note: the size of the pin can be ignored in your calculations. An impulse I =100 Nm is applied to disk C with an eccentricity of r/2 to the right of the centre of disk C as shown. Determine the angular velocity of disk A and the angular velocity of disk C immediately after the impact. Assume m = (last digit of your student number + 5) kg and r = (last digit of your student number + 2) m, respectively. r/2 ch А B +