Question: The following problem requires MATLAB. A pendulum is a rigid object suspended from a frictionless pivot point. If the pendulum is allowed to swing back

The following problem requires MATLAB.

The following problem requires MATLAB. A pendulum is a rigid object suspended

A pendulum is a rigid object suspended from a frictionless pivot point. If the pendulum is allowed to swing back a and forth with given inertia, we can find the frequency of oscillation with the equation 2pi integral = Squareroot mgL/I where f = frequency. m = mass of the pendulum, g = acceleration due to gravity. L = distance from the pivot point to the center of gravity of the pendulum, and I = inertia. Use MATLAB 's symbolic capability to solve for the length L

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9. Distributing evaluation materials (e.g., tests, reaction measures, surveys).

7. Having backup equipment (e.g., paper copy of slides, an extra overhead projector bulb) should equipment fail.

10. Facilitating communications between trainer and trainees during and after training (e.g., coordinating exchange of e-mail addresses).