In this video, I talk about how Newton started to understand the universe by following the same laws he had before with his experimental “mechanical” experiments. In this video, I’ll show you how he followed this same path with his “mathematical” experiments as well.
If you're still with me, you're probably wondering what this means. A lot of people have asked me if Newton was a religious guy, and I think that's a little silly, but yeah, he was. He was also a very mathematical guy, so I think that's a good thing. Newton's best-known work is his Principia Mathematica.
If you want to know more about your favorite philosopher in his own words,
you can watch this clip. If you're still with me, you're probably wondering what this means. A lot of people have asked me if Newton was a religious guy, and I think that's a little silly, but yeah, he was. He was also a very mathematical guy, so I think that's a good thing. Newton's best-known work is his Principia Mathematica.
Newton was a scientist at the Royal Society (in London). His work was primarily mathematical and was known for its theory of gravity. His work on the theory of gravity helped to lead to Isaac Newton's theory of gravity.
It was very important to Newton that he became known as the father of modern physics. He was also very interested in religion and was very interested in the idea of God. He wrote a book about God in his notes on his Principia, and that book became the bible of science. It has been said that Newton was the most influential scientist in the history of the world, and his theory of gravity helped to usher in the modern age of science.
It's worth noting that Isaac Newton was a pretty old guy when he wrote his famous Principia Mathematica,
Newton himself died at age 66. Thus, I would say that Newton at any age is pretty much the most important person in the history of science. Newton's theory of gravity has influenced the development of the current theories of gravity that we use today. And of course, Newton was also one of the first scientists to use computers.
It is true that Newton was an old guy when he wrote his theories. However, his theory of gravity was also the first to make use of computers (a computer was first shown to be able to calculate simple equations using simple arithmetic operations without error by John Wallis of MIT in 1961). Newton himself was one of the first scientists to work with computers at all, developing a computerized version of his own theory of gravity that he used for his investigations.
Newton's theory of gravity was not his only computerized theory.
Another, the calculus of motion, was developed independently by Isaac Newton himself and became the basis of calculus, the most important part of the science of motion.
Newton himself was a bit of a puzzle to many, but his greatest achievement is probably that he was able to develop and refine some of the most basic ideas in physics for the first time. Most of our modern concepts in physics came from Newton's work.
The calculus of motion is what’s called a first-order differential equation, which is what your equations look like when you break apart a complicated piece of math. You can use Newton’s laws of motion to understand how a body moves at different speeds, but they do not tell you anything about where the body is in space.
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