Design your own experiment which shows Newton's Third Law works. Science is built on scientists who didn't take the establishment's word at face value, went out, and proved it to themselves, right or wrong. The third option would be to go test it yourself. That just kicks the can down the road a bit until you can really tackle questions about QM. Another approach would be to learn a whole lot of extra math to learn why it works from a QM perspective. One approach would simply be to accept that scientists say that Newton's Third Law works, because it's been tested. So where does that leave you? It depends on what you really want to know in the first place. However, in the end, you'd end up with a pile of mathematics and a burning question: "why does QMs work." All you do there is replace one question with another. If you had the mathematical background, I could demonstrate how Newton's Third Law can be explained as an approximation of QM as the size of the object gets large. Science is always built on top of the assumptions that we make, and it is always busily challenging those assumptions. So good that we often don't even take the time to justify using them unless we enter really strange environments (like the sub-atomic world where QM dominates). However, they are an extraordinarily good approximation of what really happens. When you learn about Relativity and Quantum Mechanics (QM), you will find that when you push nature to the extremes, Newton's laws aren't quite right. Newton's laws have a tremendous track record working for other objects, so it is highly likely they will work for this rocket as well.Īs it turns out, Newton's laws aren't actually fundamental laws of the universe. When science justifies a statement such as "the rocket will go up," it does so using things that we assume are true. The laws "work" because they are effective at predicting the universe. Newton ran a bunch of studies on how things moved, and found a small set of rules which could be used to predict what would happen to, say, a baseball flying through the air. The answer really depends on what you intend to do with the information you are given.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |