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3 cards from this section. Quick, good the night before a test.
Define a uniform beam.
Think about its center of gravity.
Where is the C.G. of a uniform beam located?
Consider how weight is distributed.
What defines a uniform beam?
Think about where the center of gravity is located.
In equilibrium, which of the following conditions must be true?
Recall the definitions of forces acting on beams.
A beam weighs 10 N and has a length of 2 meters. If a weight of 5 N is placed at 0.5 m from one end, calculate the position of the center of gravity of this system and check if it is in equilibrium.
Use ΣM = 0 to analyze the forces and distances involved.
Design a beam that supports varying weights on either end. Discuss how you would ensure that it remains stable and does not tip over.
Think about where the C.G. shifts with weight changes.
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