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Maths in Chemistry by Dr Prerna Bansal



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Maths in Chemistry by Dr Prerna Bansal PDF Free Download

Details of Maths in Chemistry by Dr Prerna Bansal Book

  • Book Name: Maths in Chemistry 
  • Authors: Dr Prerna Bansal
  • Pages: 192
  • Genre: Study book
  • Publish Date: 7 September 2020
  • Language: English

Book Review: 

Math is an extremely useful tool for anyone interested in science or medicine. If you want to know how to apply math in chemistry you should watch this video.

Mathematics is the collection of fields that describe and interpret numbers. Practitioners of mathematics work in many fields where they specialize in certain techniques instead of focusing on the broad overview of number theory.

The two main tools of Mathematics make use of algebra and trigonometry. Algebra deals with expressions that represent real world situations and evaluates if two elements have the same value. Trigonometry involves measuring angles in order to calculate the relationship between points.

In the beginning of the 20th century, scientists began to take advantage of mathematical methods in their experiments and efforts. In addition to this, mathematicians became increasingly more involved in scientific endeavors.

Today, we cannot imagine our lives without mathematics. There are many applications of mathematics including geometry, arithmetic, algebra, calculus, statistics, and even physics. Because of this, everyone should understand what mathematics is and how to apply it towards everyday life.


1. Mass-Energy Equivalence

The mass-energy equivalence equation states that the amount of energy released equals the amount of matter converted into energy. In other words, if we have 1 kilogram (kg) of sugar, then we get 1 kg of energy. If we burn 1 kg of sugar, then we obtain 1 kg of energy. So, the equation looks like this: E mc^2.

2. Conservation of Energy

This law states that energy cannot be created nor destroyed; only transformed. We know that energy is conserved, meaning that nothing changes its state of being. For example, if I have a ball at rest, then I do not create any energy. However, if I throw the ball, then I am able to transform the potential energy into kinetic energy.

3. Work

Work is defined as the product of force and displacement. Force is the push or pull exerted on something. Displacement is how much something moves. For example, if you lift a weight 10 meters off the ground, then you exert a force of 10 Newtons (N). You move the weight 10 meters, therefore, you have displaced 10 meters. Therefore, work equals force times displacement.

4. Kinetic Energy

Kinetic energy is the energy possessed by an object due to motion. An object's kinetic energy increases as its speed increases. When an object reaches terminal velocity, its kinetic energy becomes maximum.

5. Potential Energy

Potential energy is the energy possessed an object due to position. An object's potential energy increases as its height decreases. When an object reaches zero height, its potential energy becomes maximum.

6. Pressure

Pressure is the force per unit area applied on a surface. For example, if a car hits me at 100 km/h, then I feel pressure of 100 N/m^2.

7. Temperature

Temperature is the measure of average kinetic energy of particles in a substance. A higher temperature means greater kinetic energy.


Chemistry is a branch of science that deals with all aspects of nature and life. It is a subject taught in schools and colleges all over the world. Students who want to study chemistry must complete a Chemistry course that requires at least two years of training. In this introduction, I would like to highlight some important points about chemistry.

In chemistry, mathematics plays an important role in predicting results and analyzing data. For example, when analyzing the composition of a substance, chemistry teachers use mathematical models to predict data. 

They also use mathematical models to design new substances and substances from nature. Furthermore, chemists use mathematics to design and manufacture chemical equipment for use in their laboratory. Apart from being useful, mathematics is also fascinating because it allows people to create new things.

To succeed in chemistry, you must first learn the basic mathematics needed to solve problems. Typically, students learn these basics through a secondary school course called math or through self-study materials. 

Once you understand the fundamentals of mathematics, you can start learning advanced formulas and procedures relevant to your interests in chemistry. To deal with complicated problems such as chemical synthesis or spectroscopy, you also need access to high-performance computer hardware and software.

One way to prepare for your future as a chemist is by studying chemistry in college with the guidance of an academic advisor. College professors are highly qualified in the field they are teaching- and they have years of experience teaching their subjects. 

Many also have Ph.D.s in their fields of study- so they've put in the necessary time and effort to obtain that qualification themselves. Studying chemistry under the guidance of an academic advisor can prepare you for any college-level course you wish to take and give you the boost you need to succeed.

Since many people study chemistry nowadays, many companies hire chemists for high-paying jobs in factories and laboratories. Employers prefer candidates who have at least a bachelor's degree in chemistry or a related subject, but who haven't yet completed their postsecondary studies. 

To apply for a chemist position at a company, submit your resume via email along with your qualifications and relevant experience (including your grades if you're currently in school). Then wait for employers to respond via email with job openings that match your background!

Chemistry is an exciting field that uses math - but only those who are willing to put in the work can succeed in it! Students who are willing to work hard should find success by learning about this fascinating science field. For more information about studying chemistry.


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