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Calculus is a branch of mathematics that deals with calculating instantaneous rates of change (differential calculus) and calculating some whole (integral calculus) by summing up infinitely many small factors. Today, calculus is a fundamental prerequisite for anyone wishing to pursue a degree in physics, chemistry, biology, economics, finance, or actuarial science. Calculus makes it possible to solve problems ranging from tracking a space shuttle to making complex models of the universe. Previously, calculus problems seemed impossible to solve. 

However, computers have proved useful for solving them. Calculus is rooted in some of the oldest geometry problems known to man, such as those found in the Rhind papyrus of Egypt. Geometries in ancient Greece studied tangents to curves, centers of gravity of solids and planes, and the amount of space enclosed by various shapes formed by rotating them on a fixed axis. Studying calculus is normally aimed at making you more sophisticated mathematically, so you can relate to more advanced work.

What can we understand from calculus?

With it, we can construct relatively simple quantitative models of change that are used to deduce their implications. By studying these effects, you can learn how to control the system so that it does what you desire. Studying these conditions gives you the ability to determine the effects of changes in the system under investigation.  Because calculus provides engineers with the ability to model and control systems, they can exert incredible control over the physical world. 

As the most significant factor in advancing modern science beyond what it was in Archimedes’ day, the development of calculus and its applications to physics and engineering is essential. The Industrial Revolution was a result of this, as were the subsequent breakthroughs in nearly every field of scientific research over the last few centuries.

What all forms a part of calculus?

  • You must be familiar with the concept of position, speed, and acceleration before you can define them. One variable calculus, which is what we start with, is capable of describing the motion of an object on a fixed path. In the more general case, where motion can occur on a surface or even in space, multivariable calculus provides an answer. This subject is studied by devising clever ways of using one-dimensional methods to solve the higher dimensional problems.  
  • In the case of an object moving along a path, its position will vary with time, but it can be described at any moment by a single number, such as the distance in a unit from some fixed point on the path, known as the origin of our coordinate system. A set of numerical positions describing the motion of an object at relevant points in time will be known as a function. Similar functions are also employed to describe the quantities of interest in the rest of the calculation.

What is an exponential function, substitution & inversion?

  • In calculus the exponential function is mysteriously defined: it is the function that has the value 1 at argument 0. However, it is something you have seen before. It is a function closely related to the sine function.
  • In this approach, one function f is substituted with another function g to produce a new function; the new function has the value off as an argument in an argument with the value of g therein. This is simpler than it sounds.
  • Inverse functions are obtained by switching the values of a function with its arguments, for instance, the square root function is the inverse of the square function.

There is a multitude of fields that use the concept of calculus that you might not expect. You can study derivative formula with the help of Cuemath, your best partner for studying mathematics. 

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