How Did Isaac Newton Contribute To The Law Of Motion

Sir Isaac Newton was one of the most influential physicists and mathematicians of our past. He is often described as a distinguished scientist who viewed the world from a different perspective and he played an invaluable role developing many of the sciences of the contemporary world. He focused his entire career studying complicated topics such as math, alchemy, optics, and physics. After centuries of studying his life and work, some even speculate that Newton was searching for a series of principles that he believed to define the universe (Aughton 136). While he may have never found the set of principles that he believed to exist, Newton’s findings did ultimately influence other scientists’ inventions that led to the technologies we have today
It was said that one day Newton was sitting under an apple tree when an apple fell on his head. This incident caused Newton to speculate why this had happened, and in turn he came up with the law of universal gravitation. While this story isn’t exactly true, some aspects of it actually are. Newton wrote about his observations of gravity over the span of several years and he eventually formulated the law of universal gravitation. This law states that all objects in the universe attract each other with a force that is proportional to their masses and inversely proportional to the distance between the objects (Ackroyd 27). This theory was incredibly advanced for its time because no other scientist had a hypothesis defining gravity. This law also gave an explanation to why the earth rotates around the sun and why all objects that go up must come down. This theory was very influential to the study of physics during this period and it even is for the present day. The law of universal gravitation is still used as a fundamental principle when studying physics. While the discovery of this law may be Newton’s most influential contribution to this subject, he still had much more to offer. Newton continued his studies in physics and he went on to define the three laws of motion that explains the link between an object and the forces that act upon it. Newton’s first law says that
He was a brilliant scientist who played a positive role advancing many of the sciences in today’s modern world. Newton spent all of his career researching complex aspects of science such that spanned from math and physics to optics. He is known as one of the founders of calculus after he discovered several mathematical formulas linking together patterns present amongst graphed equations. In his published work he referred to his findings as fluxions and fluents, which we now know today as integrals and derivatives. He also formulated the law of universal gravitation. After many years of studying the phenomena of gravity, Newton created a hypothesis stating that all objects in the universe attract each other with a gravitational force. He also created a theory that defined three laws of motion, which provided an explanation for the forces acting upon every object in the universe. The last portion of Newton’s greatest accomplishments was a written document over his study on light and the refractions, reflections, and infections he observed about it. Throughout his career, Newton was also involved in several disputes over his work and he faced some accusations and criticism over his mathematical findings. Ultimately, his work did greatly influence our history by contributing to other scientists’ studies and inventions, which led to the technologies we have today. All of his theories