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Slide 5: If the pendulum from slide 3 is hanging at the bottom at rest, but is given a sharp kick that gives it an initial velocity v = 1.5 m/s in the horizontal direction, what maximum height h, above y = 0 will it attain?

Slide 5: If the pendulum from slide 3 is hanging at the bottom at rest, but is given a sharp kick that gives it an initial velocity v = 1.5 m/s in the horizontal direction, what maximum height h, above y = 0 will it attain?

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Info from slide 3: The mass of the pendulum is 45g. The length L is 0.5m. The intial angular displacement was 25 degrees, though this probably wouldn't be necessary for this problem.

Slide 5: If the pendulum from slide 3 is hanging at the bottom at rest, but is given a sharp kick that gives it an initial velocity v = 1.5 m/s in the horizontal direction, what maximum height h₁ above y = 0 will it attain? thing y = h, y = 0- V₁ = 0
Transcribed Image Text:Slide 5: If the pendulum from slide 3 is hanging at the bottom at rest, but is given a sharp kick that gives it an initial velocity v = 1.5 m/s in the horizontal direction, what maximum height h₁ above y = 0 will it attain? thing y = h, y = 0- V₁ = 0
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