Buoyant Force Calculation: A Submerged Wood Cylinder

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In this video, we delve into a practical example to understand the buoyant force acting on submerged objects. We explore the physics behind a wood cylinder submerged in water, calculating the buoyant force and discussing common misconceptions. Join us as we break down the problem step by step to uncover the principles at work.

Want to learn more about fluids? See my fluids YouTube playlist:

Chapters:
0:00 Intro
0:18 Understanding the Example
3:31 Solving for Buoyant Force
5:02 Measuring a Force
8:01 Common Mistakes

#BuoyantForce #Submerged #Demonstration
  1. Flipping Physics
  2. buoyant force
  3. physics example
  4. wood cylinder
  5. submerged object
  6. fluid displacement
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Комментарии
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Nice one, Jonathan! As a former submariner, I appreciate these buoyancy-related examples. 😄

GeeBee
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my favourite tutor is back with another video

SmartSideFamily
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Hello, on your website, the link to this video leads to the following video of weight of displaced fluid rather than this one. Just wanted to let you know.

superkoolio
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Looks good. Just thought I'd float a comment here. Oh Bouy, that was punny. My only complaint, as always, is the lack of units in the intermediate steps. I encourage everyone to include the units in every step so that you can be certain that you end up with correct units. Density times volume times "little g" gives (kg/m^3) x (m^3) x(m/s^2) = kg m/s^2 = N. It is often useful to remember that the units of "little g" can be written as newtons per kg (N/kg). Physics students should be able to show the equivalence 1 N/kg = 1 m/s^2.

eljison
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boosted buoyancy, boy
i like the mismatching socks

hopolo
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