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Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-
Two discs A and B are mounted coaxially on a vertical axle. The discs have moments of inertia I and 21, respectively about the common axis. Disc A is imparted an initial angular velocity 2 omegausing the entire potential energy of a spring compressed by a distance x1. Disc B is imparted an angular velocity omegaby a spring having the same spring constant and compressed by a distance x2. Both the discs rotate in the clockwise direction. The ratio of x_1/x_2 is-