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Calculus
is a branch of mathematics that discovers variables and how they change by
looking at them in substantially small pieces called infinitesimals.

The
most common practical use of calculus is when plotting graphs of certain
formulae or functions. They predict how a graph may look like, the direction
that it is taking on a specific point, the shape of the graph at a specific
point (if concave or convex).

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Calculus
is a branch of mathematics that discovers variables and how they change by
looking at them in substantially small pieces called infinitesimals.

The
most common practical use of calculus is when plotting graphs of certain
formulae or functions. They predict how a graph may look like, the direction
that it is taking on a specific point, the shape of the graph at a specific
point (if concave or convex).

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calculus is a method of mathematics derived from geometry and algebra. It focuses mainly on the act of change such as curves and slopes. Two different aspects; Differential and Integral.

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Calculus is used to help us understand changes between values that are related to a function.  Calculus can divides things into small parts or piece together small parts, and from that it tells us changes in values.
Calculus is often used in economics,  as it can tell small changes.People can calculate the area under the curve more accurately with more rectangles. Apparently that's calculus...

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Calculus - Hosuk

Calculus is a form of mathematics that extends the concepts of Algebra and Geometry, using the idea of limits

Calculus is relevant in medicine, statistics, economics, engineering and physics.

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Calculus - Hosuk

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Calculus is  the finding and properties of derivatives and integrals of functions, these are found by methods originally based on the summation of infinitesimal differences. The two main types are differential calculus and integral calculus.
applications of calculus include physics, engineering, economics, statistics, and medicine. It is used to create mathematical models in order to arrive into an optimal solution. For example, in physics, calculus is used in a lot of its concepts. More specifically calculus is used for Coffee Machines.
Automatic Air-Conditioners.
Cruise Control in Cars
Water Mixers.
Online Advertisements.
Industrial control systems , Ships, Missiles, Rockets, UAV etc.

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Calculus can be divided into two different subjects- differential and integral calculus. These two utilize ideas from algebra and geometry, by investigating the idea of LIMITS. Limits interpret what happens to two points graph that infinitely get smaller and smaller and therefore closer together, reaching near zero. In calculus, you mainly work with parabolas and polynomials, while algebra works with linear equations. Calculus can be easily used in

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Calculus is a branch of mathematics that is all about mapping change.

Calculus is used by economists and scientists.
It is also used to find slopes on curves.

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Calculus helps deal with more irregular and more realistic problems. Calculus is less fixed in formulas and therefore can be applied in varying circumstances.

Calculus is used in irregular shapes, speeds and graphs. Things that look explainable or random can be explained by calculus.

Physics is the best application of calculus as the formulas can be manipulated and changed to suit the situation

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What is Calculus?
- Calculus is the mathematical study of change. - Calculus is divided between rate of change and Accumulation.
Where is calculus relevant?
Calculus is used in many different fields. These include physics and biology. It is used to plot graphs, read data, etc.

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What is Calculus?
Calculus is the mathematical study of how things change. There are two different categories, Differential Calculus and Integral Calculus.

Where is calculus relevant?

Real Life Applications
Calculus is used in almost every scientific or technical field. Some real life applications include physics,

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Calculus is a form of maths which focuses on change. These focuses are the rate of change and the amount of change.
Calculus is relevant in engineering, physics, economics, statistics and medicine. It is also used in methods of heat, electricity, light, harmonics, acoustics, astronomy and dynamics. Calculus can also be used to predict reaction rates, radioactive decay, birth rates and death rates.

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Calculus is the study of change which

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What is calculus?
Calculus is the branch of maths that studies change, including the rate of the change and accumulation.
Where is it relevant?
Calculus is used in medicine, statistics, economics, engineering and physics.
What are its real life applications?
Calculus is used in the wider world in a range of appliances including coffee machines, online advertisements and cruise control in cars.

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what is calculus?
Calculus is the study of a change finding accumulation and/or the rate of change.
Where is calculus relevant? (Where is it used in real life)
Calculus is used in biology, economics chemistry and physics. it aids biology in finding dynamical changes of biological samples and economics in determining interest rates.

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What is Calculus?

Calculus is the mathematical study of change. It provides a system that can be used to understand the predictions of mathematical models in which there is change.

What are its real life applications?

Calculus can be used to represent the motion of objects in relation to forces. in this way it can be used to predict the paths of movement of propelled inanimate objects.

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What is calculus? Calculus is the study of change, with the basic focus being on rate of change and accumulation.
Real life applications: Calculus has a wide range of applications, such as in coffee machines, cruise control in car, missiles and air conditioners.

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What is calculus?
Calculus is the study of change. Calculus is split into two sections - the study of the the rate of change and accumulation. The word originates from Latin and the original word means small pebble for counting.
Where is it relevant?
Calculus is used to find the slope of curves. This can help find the slope of a distance time graph. It can also be used to find velocity.
What is its real life applications?
Calculus is used in many scientific fields including biology and physics. It is used in many machines such as coffee machines, automatic air conditioners and cruise control.

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Calculus is a combination of geometry and algebra. It can be viewed as the exploration of change. Looking at curves and accelerations as well as slopes. there are two main fields within calculus being differential and integral. Interesting fact is that the word calculus originates from pebble, in Latin.

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Calculus helps us understand the changes between different values that relate to a function- the mathematics of change.
Calculus can be used to show the motion and change of different objects and things, which include magnetism, electricity. Calculus is used for varying speeds.
It is relevant because we need to know how to measure varying motions and the change of things.

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A branch of mathematics that deals with finding properties or derivatives and integrals of functions. The methods were originally based on the summation of infinitesimal differences. There are two main types; differential calculus and integral calculus. It is a method of calculation or reasoning.
It has a wide range of applications -

1. Coffee Machines.
2. Automatic Air-Conditioners.
3. Cruise Control in Cars
4. Water Mixers.
5. Online Advertisements.
6. Industrial control systems , Ships, Missiles, Rockets, UAV

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calculus is the study of change, more specifically it is the study of the rate of change and accumulation. It is a way to predict and measure slopes of graphs and curves.
What are the real world uses of calculus?
calculus is used in many different fields, mostly in physics and engineering, however, it is used in other sciences as well.

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Do some research and answer these questions

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Do some research and answer these questions

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What is calculus? Where is it relevant?
What are its real life applications?
If you need a starting point, watch this:
https://youtu.be/ismnD_QHKkQ