Simple Pendulum - no effect on period of a swinging bob. It...

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Simple Pendulum Mathew Chell and Ryan Vaisler Trinity Western University, Physics 111 Lab 3 29 October 2009 We determined the relationship between mass, length, and amplitude of swing of four pendulum spheres, and measured and compared the value of g attained experimentally to the accepted value for g . We used a photogate timer to measure the period of the pendulum spheres. We saw that period ( T ) of the pendulum spheres, the time for one complete oscillation, differed in each of the four pendulum spheres. This observation did not support the theory that mass (m) has
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Unformatted text preview: no effect on period of a swinging bob. It was experimentally confirmed that a direct relationship existed between amplitude ( L g ) and period of the simple pendulum when varying angular displacements were used. We found the experimental value for g to be 9.87m/ s 2 0.770 m/ s 2 . This value is acceptable within experimental error to the accepted value of 9.8m/ s 2 . The assumption that air resistance was not a factor in the experiment was a source of error with a low magnitude of effect on the values attained experimentally....
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This note was uploaded on 11/19/2009 for the course PHYS 111 taught by Professor Sikkema during the Fall '09 term at Trinity Western.

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Simple Pendulum - no effect on period of a swinging bob. It...

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