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Isaac newton's contribution to physics
Isaac newton's contribution to physics
Isaac newton's contribution to physics
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When people (mostly scientists) make mistakes they can sometimes come out in a good way. People can try over again, and agian, and agian but never succeed, but still find something knew. That is why Sir Isaac Newton found gravity, he just was sitting under a tree and found that an apple fell on his head. Later he said that the reason that things fall is because of gravity that the earth has. Soon, an adventurer named Heinrich Schliemann wanted to find the lost city of troy. Next he started his search in the ground of a turkish city. Then later, he stopped and went to california to make money during a gold rush. After he was done in california he went back to looking for Troy and failed. Since he failed he did research to find it and later
Many great scientists have found lost cities and great treasures, how? By making mistakes. Mistakes have led to great discoveries and rich people. Many errors lead to lost treasure, making new things, and you can learn from them; so you do not make the same mistake again. Therefore, mistakes are crucial part of a discovery.
X-rays, pacemakers, microwave ovens, chocolate chip cookies, and countless others are all examples of inventions made by mistakes. These “mistakes” have enabled significant creations and discoveries to be made in medicine, technology, and food that would have otherwise remained nonexistent. In fact, without mistakes our world would be unable to innovate and grow into the highly developed planet we have become. In Lewis Thomas’s The Medusa and the Snail, he presents that human discovery is the result of human error rather than accuracy and precision because without error there is no trial.
Have you ever heard of Robert Henderson, well if you didn't before he was searching for gold for a long time, in 1896 that all changed in the bottom of his pan was gold. Once the news was out, a massive amount of people rushed over there some even left their family to go just get gold, where they went ? They went to Klondike(“ Race to Klondike”).
If nonphysical explanations have always failed and been replaced by physical explanations that succeeded, then we have good reason to think that nonphysical explanations will always fail, and physical explanations will always succeed.
Mistakes do lead to discovery. Without mistakes, scientists would not know what they have to fix in their research or what they are doing wrong. A chocolate bar melting in Percy Spencer’s pocket led to the invention of the microwave. He made the mistake of leaving the chocolate bar in his pocket near the Magnetron, but it led to the invention of the microwave! So, I believe that mistakes lead to the discovery of new things.
Mistakes are made by everyone whether it be because of confusion, lack of correct information, or just an accident. Mistakes are what make us human because we can't be perfect
Naomi Oreskes believes that although science has its faults, we should believe and trust in it. There are many scientists do not like to compare science to belief or faith. They will argue that “faith is a separate thing apart and distinct from science.” Oreskes argues against those
his home in Woolsthorpe over the next two years. During this time he worked on
...vercome, there is more of a chance to capture such great discoveries. People need to realize that if they never take the time to stop and look around, appreciate the small things in life, they might miss out on important details and or moments that the world has to offer. Scientist didn’t obtain their greatest discoveries by looking at the world with a closed mind. During the months of September through Novemeber, the leaves start to fall off the trees. It is obvious its fall, but what else is occurring? Gravity. Albert Einstein discovered gravity by watching and ordinary object fall. At that moment he became a scientific unscrupulous observer.
I believe that mistakes are absolutely not necessary to making discoveries. I believe this for a very good reason. If someone were to discover a cure for cancer, they could work on that cure and get closer and closer to the cure without making a mistake. They might have to put a tremendous amount of work into the cure, but that doesn’t mean they need to make a mistake. In Praise of Careful Science it says, “Most of the time, scientists work for decades and make very few mistakes.” Do honestly think that the scientists did not discover anything in those decades.
It is achieved by constantly questioning whether our current ideas are correct. As the famous American astronomer Maria Mitchell (1818-1889) put it, "Question everything". The result is that theories come and go, or at least are modified through time, as old ideas are questioned and new evidence is discovered. In the words of Karl Popper, "Science is a history of corrected mistakes", and even Albert Einstein remarked of himself "That fellow Einstein . . . every year retracts what he wrote the year before".
Ever wonder how the world would be today only if our great researchers implemented a different attitude towards their experiments? It is possible that the results would remain same. However, some argue that the consequences may be altered. Nonetheless, this does not make the earlier learned knowledge valued less or false, just supplementary. Abraham Maslow’s theory challenges nearly all ways of knowing, suggesting that if we limit our thinking, the outcomes remain homogenous, therefore, limiting the amount of knowledge we acquire. Dilemmas are mentioned in order to repudiate from the opinions that are profoundly accepted in the society. If Newton had eaten that apple, instead of using it as a tool to apply the theory of attraction, he may not have exposed gravity. Because he had more tools than a mere hammer and he was sagacious enough to expand his philosophy beyond hunger, he made such an innovation. It is widely claimed that inventions are accidental. In fact, all the chemical elements in the famous periodic table are a result of different tactics towards scientist’s research. As ToK teaches us that there is no possible end to a situation for it is influenced by the perceptive skills of the arguers. There is never a ‘yes’ or ‘no’ or the ‘ultimate answer’ in the conflict, but the eminence of rationalization is what poises the deliberation. This suggestion explains that there is always that one more way to approach the conclusion. Thus, pursuit of knowledge habitually requires dissimilar ways of knowing for it lengthens the verdict.
There are many myths when talking about science. Myths are usually routined views or stories that help make sense of things. Misunderstandings of science are most likely due to educational programs. The article focuses on ten myths.
Uncertainty about previous knowledge could drive the quest to validate and thus discover new knowledge to satisfy any doubt. In this way, we are able to increase knowledge and decrease doubt, by having the new knowledge gained to assuage any uncertainties. An example is the concept of spontaneous generation, stating that living organisms develop from nonliving matter. It was first formulated by Aristotle and was accepted until the 19th century, when doubt arose concerning this theory, as it became apparent that larger organisms did not follow this notion and could not be produced by nonliving material. Louis Pasteur wanted to test this, and performed experiments that eventually disproved spontaneous generation, showing that microscopic beings were not produced by nonliving material, but instead were carried on dust and germs. This concept has been continuously proven over the centuries and now is a part of the foundation for biology. As a result, Pasteur provided new information while doing away with any doubts surrounding spontaneous generation, increasing knowledge while decreasing
Isaac Newton was born on January 4, 1643 in Woolsthorpe, England where he grew up. His father, also named Isaac Newton, was a prosperous farmer who died three months before Isaacs’s birth. Isaac was born premature; he was very tiny and weak and wasn’t expected to live (bio).