Because he had an argument with him and many other scientists too. :D
The correct ideas about acceleration were first developed by Sir Isaac Newton in his laws of motion. Newton described how a change in an object's velocity (including speeding up, slowing down, or changing direction) is related to the forces acting on it.
The concept of elastic potential energy was discovered by the English scientist Robert Hooke in the 17th century. Hooke's Law, named after him, describes the relationship between the force applied to a spring and the resulting deformation or stretch. This discovery laid the foundation for understanding the potential energy stored in elastic materials when they are deformed and released.
Scientists communicate their ideas through scientific publications in research journals, presentations at conferences and symposiums, and collaborations with other researchers through personal interactions and networking.
Some demonstration ideas for Newton's second law include using different masses on a frictionless surface to show how force affects acceleration, using a pulley system to vary the force applied to an object, or using a spring scale to measure the force required to accelerate an object.
Newton's Law of Inertia was discovered in part by Descartes. Newton concluded that an object at rest tends to stay at rest and an object in motion tends to stay in motion. Descartes discovered earlier that objects in motion continued in a straight line in motion.
becase he did
Robert Hooke hascriticizedNewton when he initially presented his ideas to the Royal Society and Newton did not take kindly to that response. Rather than undergo more ridicule by his peer Newton just waited for Hooke to die and then published it uncontested.
Robert Hooke famously had an argument with Isaac Newton over Newton's theory of gravitation. Hooke claimed that Newton's ideas were similar to his own, leading to a dispute between the two scientists.
Robert Hooke had several professional rivalries during his lifetime, with one of the most notable being his strained relationship with Isaac Newton. The two men often clashed over scientific ideas and credit for discoveries. Their animosity reached a peak during debates over Newton's laws of motion and gravity.
Yes. He himself told one of his main rivals, Robert Hooke, "if I have seen further it is by standing on the shoulders of giants".
Because Robert claimed that his letters earned him a role in Newton's discovery. But to no effect. Newton was so mad with Robert that he threatened to supress book 3 of principia. But instead he deleted every mention of Roberts name in the book.
Isaac Newton collaborated with many notable scientists and mathematicians during his lifetime, including Edmond Halley, Robert Hooke, and Gottfried Leibniz. Halley played a significant role in the publication of Newton's groundbreaking work on gravitation, Principia Mathematica. Hooke and Leibniz were involved in disputes with Newton over priority of ideas and developments in calculus.
Isaac Newton had a contentious relationship with other scientists of his time, most notably Robert Hooke and Gottfried Wilhelm Leibniz. Hooke and Newton had disputes over their scientific work, with Newton often disparaging Hooke's contributions. Leibniz and Newton famously disagreed over the development of calculus, leading to a prolonged and bitter dispute over its invention.
Robert Hooke is known for his work in developing the cell theory by observing plant cells in cork under a microscope and coining the term "cell." His observations laid the foundation for understanding the basic structural unit of living organisms.
Isaac Newton's network primarily consisted of influential scientists, mathematicians, and philosophers of his time, including figures such as Edmond Halley and Robert Hooke. They exchanged ideas, collaborated on scientific inquiries, and contributed to the development of the Scientific Revolution. Newton's relationships with these contemporaries, alongside his correspondence and participation in the Royal Society, helped disseminate his groundbreaking ideas in mathematics and physics, particularly his laws of motion and universal gravitation. This network played a crucial role in shaping the scientific discourse of the 17th century.
Newton's ideas are called Newton's Laws of Motion.
Robert Hooke's personal religious beliefs are not extensively documented, but he was known to be a member of the Church of England. His work often reflected a scientific approach to understanding the natural world, which sometimes intersected with theological ideas of his time. As a scientist in the 17th century, Hooke was influenced by the prevailing religious views of his era, but he is primarily remembered for his contributions to science rather than his religious beliefs.