Calculus was created in order to calculate volume and area. Everything in our world is not able to be measured by straight lines and 90 degree angles. Its roots can be traced back the the ancient Egyptians. You can read more about the history of calculus at the link provided below.
Because calculus applications are almost infinite. In fact, every branch of science uses calculus : physics, chemistry, biology, social studies, economics, etc. Calculus is a universal language that can be used to answer bunches of questions. Using calculus, you can solve various problems including the acceleration of planets in orbit, the kinetic energy of a car in motion, the equivalence point of a chemical reaction, the maximal profit a business can make, the lenght of any curved figure or the area and volume of eccentrical shapes, the electric field produced by a charged object, ... Calculus is interesting because you can use it everywhere!
The Latin word "calculus" originally means "small stone" or "pebble," which were used in ancient times for counting and calculations. In mathematics, the term evolved to refer to a system of methods for analysis, particularly in relation to change and motion, encompassing both differential and integral calculus. The concept emphasizes the foundational principles of limits, functions, and rates of change in various mathematical contexts.
Calculus can be used to examine many aspects of football. Probably the most obvious aspect is projectile motion. Using Vector-Valued Functions from Calc III, and taking a few liberties, anyone who knows Calculus can accurately predict the least amount of effort needed for a certain pass. They can therefore keep their best quarterback in the game longer, by teaching him how to use the least amount of energy to complete that certain succesfull pass.
Sir Issac Newton and Gottafried Wilhelm Leibniz are the father of calculus. Newton discovered Calculus during 1665-1667 and is best known for his contribution in the Physics and the discovery of three laws of motion whereas, Leibniz was best known for introducing notations like dy/dx, integral symbol which are still in use through out the world. Besides Newton and Leibniz there are some unforgettable contributors like Pythagoras, Kevin, Archimedes etc.
Isaac Newton is best known for his work in physics and mathematics. He developed the three laws of motion and the law of universal gravitation. He also made significant contributions to the field of calculus.
Invented the reflecting telescope, Proposed new theory of light and color, Discovered calculus, Developed three laws of motion, Devised law of universal gravitation, Advanced early modern chemistry and became known as father of science
He dicovered the 3 laws of motion, the Universal law of Gravitation, calculus, etc.
Formulated the laws of motion, laying the foundation for classical mechanics. Developed the theory of universal gravitation, explaining the motion of planets and objects on Earth. Made significant contributions to mathematics, including the development of calculus.
Isaac Newton made significant contributions to the fields of physics and mathematics. He formulated the laws of motion and universal gravitation, which laid the foundation for classical mechanics. Newton also developed calculus independently of Gottfried Wilhelm Leibniz, revolutionizing the mathematical framework used in science.
Isaac Newton is known for his discoveries in physics and mathematics rather than inventions. He developed the laws of motion, formulated the law of universal gravitation, made significant contributions to calculus, and conducted experiments in optics that led to the understanding of light and color.
In 1668, Newton built the first reflecting telescope. He was also involved in the development of calculus. He is most famous because the Laws of Motion and the Law of Gravitation.
Isaac Newton can be credited with most famous for his laws of motion, theory of universal gravitation, and development of calculus. However, he cannot be credited with the invention of the telescope, which is typically attributed to Hans Lippershey.
Sir Isaac Newton used his own invention, the mathematical framework known as calculus, to map the orbits of planets and satellites. This framework allowed him to develop his laws of motion and universal gravitation, which provided the foundation for understanding celestial motion.
Isaac Newton made significant contributions to the field of calculus, which involves the study of rates of change and accumulation. He is also known for his work in physics, particularly his laws of motion and universal gravitation.
The theory of motion and the law of universal gravitation were developed by Sir Isaac Newton. In his landmark work, "Philosophiæ Naturalis Principia Mathematica," published in 1687, he formulated the laws of motion and articulated the principle of universal gravitation, which describes the gravitational attraction between masses. Newton's contributions laid the foundation for classical mechanics and significantly advanced our understanding of the physical world.
Isaac Newton explained the laws of motion and universal gravitation that govern the behavior of objects in space and on Earth. He also made significant contributions to the development of calculus and the study of optics.