366045 A system of identical cylinders and plates is as shown in the figure. All the cylinders are identical and there is no slipping at any contact. The velocity of lower and upper plates are \(v\) and \(2 v\), respectively, as shown in the figure. Then the ratio of angular speeds of the upper cylinders to lower cylinders is

366046 In rotational motion of a rigid body, all particles move with

366047 A string of negligible thickness is wrapped several times around a cylinder kept on a rough horizontal surface. A man standing at a distance \(l\) from the cylinder holds one end of the string and pulls the cylinder towards him. There is no slipping anywhere. The length of the string passed through the hand of the man while the cylinder reaches his hands is

366048 A ladder is leaned against a smooth wall and it is allowed to slip on a frictionless floor. The path followed by the \(CM\) is

366049 A point \(P\) on the rim of wheel is initially at rest and in contact with the ground. Find the displacement of the point \(P\) if the radius of the wheel is \(5\;m\) and the wheel rolls forward through half a revolution

366045 A system of identical cylinders and plates is as shown in the figure. All the cylinders are identical and there is no slipping at any contact. The velocity of lower and upper plates are \(v\) and \(2 v\), respectively, as shown in the figure. Then the ratio of angular speeds of the upper cylinders to lower cylinders is

366046 In rotational motion of a rigid body, all particles move with

366047 A string of negligible thickness is wrapped several times around a cylinder kept on a rough horizontal surface. A man standing at a distance \(l\) from the cylinder holds one end of the string and pulls the cylinder towards him. There is no slipping anywhere. The length of the string passed through the hand of the man while the cylinder reaches his hands is

366048 A ladder is leaned against a smooth wall and it is allowed to slip on a frictionless floor. The path followed by the \(CM\) is

366049 A point \(P\) on the rim of wheel is initially at rest and in contact with the ground. Find the displacement of the point \(P\) if the radius of the wheel is \(5\;m\) and the wheel rolls forward through half a revolution

366045 A system of identical cylinders and plates is as shown in the figure. All the cylinders are identical and there is no slipping at any contact. The velocity of lower and upper plates are \(v\) and \(2 v\), respectively, as shown in the figure. Then the ratio of angular speeds of the upper cylinders to lower cylinders is

366046 In rotational motion of a rigid body, all particles move with

366047 A string of negligible thickness is wrapped several times around a cylinder kept on a rough horizontal surface. A man standing at a distance \(l\) from the cylinder holds one end of the string and pulls the cylinder towards him. There is no slipping anywhere. The length of the string passed through the hand of the man while the cylinder reaches his hands is

366048 A ladder is leaned against a smooth wall and it is allowed to slip on a frictionless floor. The path followed by the \(CM\) is

366049 A point \(P\) on the rim of wheel is initially at rest and in contact with the ground. Find the displacement of the point \(P\) if the radius of the wheel is \(5\;m\) and the wheel rolls forward through half a revolution

366045 A system of identical cylinders and plates is as shown in the figure. All the cylinders are identical and there is no slipping at any contact. The velocity of lower and upper plates are \(v\) and \(2 v\), respectively, as shown in the figure. Then the ratio of angular speeds of the upper cylinders to lower cylinders is

366046 In rotational motion of a rigid body, all particles move with

366047 A string of negligible thickness is wrapped several times around a cylinder kept on a rough horizontal surface. A man standing at a distance \(l\) from the cylinder holds one end of the string and pulls the cylinder towards him. There is no slipping anywhere. The length of the string passed through the hand of the man while the cylinder reaches his hands is

366048 A ladder is leaned against a smooth wall and it is allowed to slip on a frictionless floor. The path followed by the \(CM\) is

366049 A point \(P\) on the rim of wheel is initially at rest and in contact with the ground. Find the displacement of the point \(P\) if the radius of the wheel is \(5\;m\) and the wheel rolls forward through half a revolution

366045 A system of identical cylinders and plates is as shown in the figure. All the cylinders are identical and there is no slipping at any contact. The velocity of lower and upper plates are \(v\) and \(2 v\), respectively, as shown in the figure. Then the ratio of angular speeds of the upper cylinders to lower cylinders is

366046 In rotational motion of a rigid body, all particles move with

366047 A string of negligible thickness is wrapped several times around a cylinder kept on a rough horizontal surface. A man standing at a distance \(l\) from the cylinder holds one end of the string and pulls the cylinder towards him. There is no slipping anywhere. The length of the string passed through the hand of the man while the cylinder reaches his hands is

366048 A ladder is leaned against a smooth wall and it is allowed to slip on a frictionless floor. The path followed by the \(CM\) is

366049 A point \(P\) on the rim of wheel is initially at rest and in contact with the ground. Find the displacement of the point \(P\) if the radius of the wheel is \(5\;m\) and the wheel rolls forward through half a revolution