My friends and I go to Zumba classes three times a week and it is very fun. Like any regular physics student, I am constantly thinking about Mr. Fullerton's lessons during class. As we dance, jump, and move I get to thinking... it must take a lot of energy to move around the way we do. But as we eat healthily and exercise more often, Zumba gets easier and easier... why?
Here are some of the equations I will be using to help explain this Zumba Paradox...
- KE = (1/2)(mass)(veloci
Recently I watched Lords of Dogtown, and I noticed that surfing has a lot to do with Physics...
Kinetic Energy of Waves:
Oceanic Waves hold a lot of kinetic energy which is transferred to the surfer as they ride - propelling the surfer forward. This kinetic energy in the waves is dependent on the height of the wave (a.k.a. the amplitude of the wave).
The relationship can be written as: Energy = c * Amplitude2 (where c is a constant)
Centripetal Force when Carv
I'm assuming that many people have been to a concert or obviously heard music before. While listening or being at a live music show people are usually not thinking about all the waves that are hitting them and going into their ears, at least i never do. But once you think about it, it is very weird to realize that sound isn't just sound; it is waves.
Sound waves to be exact are longitudinal waves which means the wave consists of compression's and rarefaction's and the vibrations are in the sa
Recently I saw the movie 42 about the legendary baseball player Jackie Robinson. Even though I am not a baseball fan it was still a really good movie. While I was watching i realized how much baseball really has to do with physics. Then when we watched a video in class about baseball relates with physics I was amazed! Baseball involves velocity, force, and projectile motion and many more aspects of physics.
Also pitching involves momentum. Basically before the pitcher throws the ball his mome
When light is hitting you it is actually waves or particles of matter. This is because light is matter and light is waves.
Young's double slit experiment is what can prove light is a wave. He projected light through walls with two narrow slits in them. The result on the wall behind is interference patterns which shows that when the waves of light go through the slits they interfere and cross each other. This also shows diffraction which is the bending of waves around obstacles or spreading of
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