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There is no need to be upset Mr. Kitty. We are also looking for cat with levitation ability. You are more than welcome to participate in that experiment as well.
Psst! Do you want know a secret? Ever wondered how I obtained my special powers? You know powers like leaping tall buildings in a single bound, staying flexible like a Chinese acrobat and always landing on my feet no matter how I fell? The answer is simple, I drink low fat but high calcium pure milk. Don’t let other people know ok? It’s our secret.
I have an amazing story to share with you today. Meet Tama, the $10 million dollar cat. Tama is a station master, CEO, and the guardian of a train station in Kinokawa, Wakayama, Japan. The train station was about to go bankrupt until Tama showed up from a grocery store next door. Tama loves to greet people around the train station and her popularity grew rapidly. The train station has decided to promote Tama to the super station master position. Ever since, more and more people showed up to see Tama and ride the train. Some people would travel 6 hours and spent couple hundreds dollars just to see Tama! She also single handly pumped $10 million dollars into the town’s economy. Now that’s a story we wish we could hear more often.
Did Mr. Kitty fell asleep in my class again? How do you plan to learn about rocket science if you keep falling asleep in my classroom? Someone please wake up Mr. Kitty and tell him to go to the principal’s office right now! This behavior is not acceptable and will not be tolerated in the classroom!
Happy Friday everyone! I don’t know about you, but when it comes down to learning and understanding physics, I get headaches. That’s why we have decided to make things simpler by bring you an exciting episode of learning Physics with Kittens! What you are about to see in this video is a Newton’s cradle. Various kittens are placed around the apparatus and each kitten will have a chance to pull back a metal ball and also allow it to strike the rest of the metal balls. As you can see from the video, both energy and momentum are conserved during the impact with exception of minor loss due to friction and heat. Meowtonian law for motion has been demonstrated in this case F = M * A.