When you wake up, you start the day with brushing teeth, washing face and during the day you have lemonade, milk etc. Have you ever thought that all these activities throughout the day you have performed have some resemblance. That by the ignorance you have tasted base, taken acid or base. Yes, it is true! Your toothpaste, facewash, lemonade and milk are acids and bases i.e. these are chemicals and the branch of chemistry which deals with the chemicals and their reactions is referred as chemistry.

What is Theoretical Chemistry?

Chemistry plays a vital role in everyone's life. We eat, drink, breathe whatever we are doing, every process have chemicals so chemistry is the need of all or lifeline for all. A student starts learning in primary classes where he can develop understanding for subjects. So if the academic curriculum has the connectivity with the daily routine then the student can easily learn about the subject.

Our surroundings has various substances over there, so having the subject theoretical chemistry as one of the subject, student can develop skills in mind. His mind can move towards the reasoning and hence it is always beneficial.

The institution should schedule the curriculum in such a way that students can complete a full sequence of general theoretical chemistry in a single academic year. An annual listing of chemistry curriculum should be published and widely distributed so that students can schedule their course in proper sequence. It should be noted that all the contents of curriculum should meet the students' requirements and his learning capability. Because the goal of this is to educate students in the process of science and relation of chemistry with other branches of sciences.

Now the next steps are outcome. Common outcome of theoretical chemistry should include knowledge of basic chemical concepts, strength in quantitative problem solving, preparation for higher level course work and most important maturation of students' knowledge in chemistry. The diversity of curriculum including interdisciplinary science approaches a wide variety of progress of students.

An effective theoretical curriculum is the need of students and the institute so the skills and knowledge can be effectively addressed.

Importance of Theoretical Chemistry in Academic Curriculum

Literature makes everything more understanding and easy to apply. It is to know that in the theoretical chemistry we examine the structural and dynamic properties of molecules. Apart from these problems of structure, properties, energies, weal interactions, reaction mechanisms, chemical bonding, chemical reaction, molecular orbitals and orbital interactions type topics are also discussed.

Although theoretical chemistry unites principles and concepts which are common to all branches of chemistry. However it uses mathematical and physical methods to explain the structures. This also can help in dynamics of chemical systems and to correlate, understand and predict their thermodynamic and kinetic property of molecules.

Recently, Quantum chemistry is also consisted in theoretical chemistry. So one can apply quantum mechanics to solve the problems. Molecular orbital calculation applies to organic and inorganic molecules, solids and surfaces have illuminated profound connections between inorganic and organic chemistry. Bonding between atoms, their structure and connectivity is important for students to develop the skills and interest in them towards the subject.

It is also plays an important role in the career of students'. Growth of their skills by providing correct and balanced chemical equations leads them into the right direction.

Hence, the right frame of content and right frame of solution makes one's greed to subject more interesting.  Statistical mechanical studies of phase transitions, critical phenomena and interfaces are yielding a fundamental understanding of porous media, micro emulsions and polymer solutions. Important advances have been made in predicting the structures and dynamics of biomolecules.

Theoretical chemistry is common for chemists whose researches involve theoretical concepts, simulations and methods to assist in interpreting their data. Sometimes, these researchers also come up with new concepts or models in terms of finding of lab techniques. However, for several years, now there are many chemists who do not carry their research work in conventional method i.e. they don't carry any data manually. Although these researchers apply their knowledge to the computational tools and apply the theory to understand the chemical processes like an endeavor.

This branch of chemistry also intended to offer students a modern introduction to the field of theoretical chemistry and also illustrates the evolution of this into its own interdisciplinary branches and stands shoulder to shoulder with the all traditional and experimental sun disciplines of chemical science.

Few tips to solve problems based on theoretical chemistry

Theoretical chemistry is diverse field of chemistry that uses physics, mathematics and computers to help one understand behavior of molecules, molecule phenomena and to predict the properties of new molecules. So it is common to hear this discipline referred to as theoretical and computational chemistry.

To solve the questions one must keep in mind these points:-

1. If one is beginner of the branch then he can go with central concepts and common tools for theoretical chemistry.

2. As a graduate selected topics in the area of introductory quantum chemistry, spectroscopy, statistical mechanics and reaction dynamics should be covered. Although the material of previous standard is also required.

3. Because the science of theoretical chemistry makes much use of high speed computers, it is essential that student should know the operational computer.

4. However, this discipline also involves analytical theory, which deals with how the basic fundamental equations used to perform the simulations are derived from Schrodinger equation or classical mechanics.

5. Student also should know how to relate the laboratory results like spectra, reaction cross sections to molecular property like geometries, bond energies and activation energies.

Moreover, the vast improvement in computing power has inspired many scientists to develop more accurate and efficient approximations to use in solving equations.

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