Tips to excel in science core concepts

Students often worry about how to remember the concepts of science. Though they pay attention in the classroom and adopt various learning methods, they fail to get the desired results. Even if students understand the topics in the class, they fail to retain it because the Human Nervous System doesn't store the relevant information perceiving it as insignificant. If the concept is illustrated with examples and/or real life applicantions, the “insignificant” information would turn “significant”.

To attain excellence in any subject and achieve the desired result, it is imperative to have the knowledge of core concepts along with its real time applications.

Students should implement the study plan in such a way that it should compliment classroom learning of any concept, identifying or observing its applications in real life, and then solving the relevant practice papers.

For instance, you were taught the concept of “Kinematics” in the class today. First off, you would need to understand the concept, then try finding its applications (How Kinematics is applicable in real life like calculating Speed, Velocity, Acceleration of a moving object and such others). Then revise the concept and try solving the relevant problems.

In another example, let us assume that the concept of “Biochemistry” was taught in the class. Identify/find its uses/applications like how it is helpful in real life. You'll come across many examples including “Biochemistry in Medical Applications” and such others.

Once you understand the concepts, try to Read as many relevant examples and applications as possible. This will allow you to get an in-depth knowledge of the concept which in turn will help you remember it.

It is worth recalling a famous quote on education by Martin Luther King, Jr. here, "The function of education is to teach one to think intensively and to think critically. Intelligence plus character - that is the goal of true education."


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Chemistry is a Matter of Everything

Chemistry is considered as ‘Central science’, which connects to all of the objects that are encountered in daily lives. Companies in the chemicals sector like plastics and other, regularly look out for individuals who intend to pursue a career in chemistry.

According to an estimate, graduates from the field of chemistry can earn between £185,000 and £190,000 more during a lifetime, than earned by other individuals with more than 2 “A” levels. However, an alarming trend is that those who have Graduated with chemistry switch to a different subject or specialization.

Chemistry graduates in the UK earn around 30% more, a PricewaterhouseCoopers study concluded. For students with a Chemistry specialization after the 10+2 levels, the job market offers a number of opportunities and pay packages.

A Canadian study in Quebec revealed more than 50% of chemistry and Biochemistry BSc graduates were pursuing their studies two years after their graduation at the master's level or were studying another discipline.

There are several legislations affecting career in chemistry, and he companies would be able to retain specialized workforce to deal with their nature of work. This would lead to a strong percentage in the number of chemists in scientific research activities.

As a chemist, one can look out for a professional body or association that holds regular meetings, and you could well bind yourself to that in order to explore more options in the career in chemistry.

Various functions related to R&D and introducing related tests and types of analysis can replace many manual jobs, which are of some concern to budding chemists and laboratory technicians.

These data confirm that a Master's degree is gradually becoming a standard requirement. However, it is notable that a big number of biochemistry graduates are employed as engineers, druggists or chemists.


The chemical industry might demand some additional credentials in the fields of safety, and the maintenance of proper safety measures in various laboratories and on-site locations.