- #1
adenine135
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The following link is a diagram of the motion of a pendulum I used in an experiment, where L represents the length of the pendulum arm:
http://farm3.static.flickr.com/2144/2052427314_f42f4cc193.jpg?v=0
Does drag cause the angle θ to be smaller or larger than it would be with no drag?
Does the drag cause the height h to be smaller or larger than it would be with no drag?
Does the drag cause the velocity of the pendulum to be smaller or larger than it would be with no drag?
Thanks! (We haven't covered drag in class yet, so any added insight would be appreciated)
http://farm3.static.flickr.com/2144/2052427314_f42f4cc193.jpg?v=0
Does drag cause the angle θ to be smaller or larger than it would be with no drag?
Does the drag cause the height h to be smaller or larger than it would be with no drag?
Does the drag cause the velocity of the pendulum to be smaller or larger than it would be with no drag?
Thanks! (We haven't covered drag in class yet, so any added insight would be appreciated)