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All electronic devices would not exist without calculus. Engineers would be able to do nothing without calculus, which means everything that we have that we owe to engineers, we owe to calculus as well. Physics would not exist beyond the high school level (which is trigonometry based) without calculus. If you asked this question to help you with a school assignment, here's a good common saying you can use: Calculus is the language of physics. Applied chemistry requires calculus, which means that everything that we owe to applied chemistry, we also owe to calculus.
Calculus will help but there is more to physics than just that.
Calculus was invented to solve physics problems, so the importance of studying calculus is to solve physics problems.
Calculus was created to prove physics which defines the laws of nature.
Some people find calculus easier, others find physics easier. There is no general answer.
The purpose of calculus is to solve physics problems.
In many universities and colleges this is a course covering various topics in physics that avoids using the calculus.
Briefly, Physics B is non-calculus based and Physics C is calculus-based. For more information, please visit collegeboard.com for more information.
Regina L. Neiman has written: 'Study guide with additional calculus problems for Hecht's physics, calculus' -- subject(s): Calculus, Handbooks, manuals, Handbooks, manuals, etc, Mathematical physics, Physics
yes it is
The difference between Leibniz calculus to Newton calculus was that Leibniz developed Newton's calculus into the calculus we all know today. For instance, diffentiation and intergration, limits, continuity, etc. This type of calculus was the pure mathematics. On the otherhand, the calculus which Newton found was that used in physics, such as speed and velocity which helped with physics greatly. Today, calculus not only used in just mathematics or physics, but used in finance, as well as exploited in engineering.
physics and calculus