Let us say we have a rod with the length (L) and the mass (M) that is pivoted at its middle. This rod would be suspended so it will rotate in a horizontal plane. Let us say also, that we have a spring with a constant (k) that is attached with a distance (d) from the center of the figure such that it is unstretched in this circumstance. FIND: period of rotation of the rod if it is displaced a small amount from its equilibrium position. (Lets say it is a hybrid of mass on spring and physical pendulum.)
Let us say we have a rod with the length (L) and the mass (M) that is pivoted at its middle. This rod would be suspended so it will rotate in a horizontal plane. Let us say also, that we have a spring with a constant (k) that is attached with a distance (d) from the center of the figure such that it is unstretched in this circumstance. FIND: period of rotation of the rod if it is displaced a small amount from its equilibrium position. (Lets say it is a hybrid of mass on spring and physical pendulum.)
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Let us say we have a rod with the length (L) and the mass (M) that is pivoted at its middle. This rod would be suspended so it will rotate in a horizontal plane. Let us say also, that we have a spring with a constant (k) that is attached with a distance (d) from the center of the figure such that it is unstretched in this circumstance.
FIND:
period of rotation of the rod if it is displaced a small amount from its equilibrium position.
(Lets say it is a hybrid of mass on spring and physical pendulum.)
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