**How to Study Physics**? Well, Physics is a branch of science that aids human civilization in its technological advancement.

Physics is the study of atoms, energy, and various forces such as gravitational, electrical, and mechanical.

As well as more sophisticated topics such as quantum mechanics and thermodynamics, all of which contribute to our understanding of the world around us.

**How to make Physics interesting**? Well, physics not only assists us in understanding our immediate surroundings, but it also assists us in comprehending things outside the universe.

It explains everything from the beginning of this universe to the end of the universe. As a result, the influence of physics has a broad spectrum. It's a subject that crosses over from the IT sector to the medical area.

Physics is assumed to be more difficult than other Science domains due to its widespread influence. It is often regarded as a more tricky subject to learn among students. It gives the learner a severe headache.

However, this is because physics is not a subject like you just memorize things by heart, No, but apart, you also require critical thinking and mathematical skills.

This suggests that a learner must have an imaginative, critical thinking, mathematical, and memorizing aspect to understand physics and achieve good results.

So, in this blog, I'll discuss **how to study physics for exams** and get high grades in it.

All of the sections that will be discussed presently are based on my personal experience as well as experience of numerous academic toppers.

Aside from this, I had included suggestions from several physics professors on **how to study physics** that they believe students should follow.

And after gathering all of this material, I have compiled a list of final tips that will be extremely beneficial while **studying physics for exams**. So, let's have a look at what they are?

## How **to Study Physics**? 8 Proven Tips:

### 1. **Make your Basic Strong**

The key to every subject's study is to ramp up your basic concept. Similarly, while learning physics, you should have a solid grasp of the fundamental concepts.

Physics is a subject that contains many theorems, formulas, principles, and numerical equations that are all interconnected.

As a result, strengthening your fundamentals will make it easier for you to grasp the more difficult topics.

Memorize the essential concept and grasp the logic behind it; this will aid you in the advanced parts of your studies.

You should all master the basics of the subject if you wish to make physics study easier for you.

### 2. **Memorize the S.I Unit**

Physics is the type of subject where numerous different quantities are present to measure. An international system was set up, which was accepted universally.

Memorizing the S.I unit is the first key to get full marks in the physics exam.

It's a simple thing, but many students overlook it, and it may make a significant difference in the end.

It is possible that you may lose marks if you do not mention the S.I unit in the test or if you mention the wrong S.I unit.

If you use the incorrect S.I unit, then the entire problem may be judged incorrect. Therefore, students should memorize S.I units.

### 3. **Memorizing the Symbol**

Like the S.I unit is used to measure the quantities, the symbol or notation is used to denote the quantities.

The symbol of quantities comes from English alphabets or Greek alphabets.

Like, the temperature, the symbol is “T” and for wavelength, the symbol is “λ”.

These symbols are derived from their S.I unit. And it is vast in number and often used in derivation and numerical.

As a result, memorizing the sign becomes critical. Making a list of the symbols and reading it every day is an excellent method to remember them.

I've included a list of key symbols and the SI unit below. You can make a note of it for your **physics studies**.

**Standard S.I Unit and Symbol of the Standard Quantities.**

Quantity or Unit | S.I Units | Symbol or Notation |

Length (l) | Meter | m |

Mass (M) | Kilogram | kg |

Time (T) | Second | s |

Electric current (I) | Ampere | A |

Thermodynamic temperature (Θ) | Kelvin | K |

Amount of substance (N) | Mole | mol |

Luminous intensity (J) | Candela | cd |

**The Derived Quantities.**

Quantities or Unit | SI Unit | Symbol or Notation |

Force, Weight | Newton | N |

Frequency | Hertz | Hz |

Electric charge | Coulomb | C |

Electric potential (Voltage) | Volt | V |

Inductance | Henry | H |

Capacitance | Farad | F |

Resistance, Impedance, Reactance | Ohm | Ω |

Electrical conductance | Siemens | S |

Magnetic flux | Weber | Wb |

Magnetic flux density | Tesla | T |

Energy, Work, Heat | Joule | J |

Power, Radiant flux | Watt | W |

Angle | Radian | rad |

Radioactivity | Becquerel | Bq |

Luminous flux | Lumen | lm |

**Understand the Mathematical Parts.**

Physics is the sort of subject in which math plays a significant role. Any new physics theory is not assumed to be correct unless it is mathematically satisfied.

Both physics and maths are interrelated to each other. There is a well-known quote that says *“For a physicist, maths is the tool for answering physics problems”.*

Physics might be simply mastered by a student with strong mathematics ability.

Calculus, vectors, geometry, algebra, and other topics are commonly utilized in physics. As a result, mastering all areas of arithmetic has become critical to attaining success in physics.

### 5. **Understanding The Concept**

Understanding the concept is very important before solving any physics numerically.

Before starting to study physics, it is critical to fully understand the concept since this allows students to draw on what they have learned and apply it to new topics.

And it also helps you to remember the theory part in the exam easily.

Don't try to remember the concepts. If you're a student who memorizes concepts before fully comprehending them, you should quit.

Memorizing the concept will not help you solve the numerical problem and in higher physics classes you will find these concepts quite difficult.

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### 6. **Remember the Formula and Equations.**

We've seen how crucial it is to remember the SI unit and symbol, and in the same manner, it is vital to remember the formula and equation in physics.

This formula and equation are extremely important when addressing numerical problems; in fact, applying a formula is the initial step in numerical problem-solving.

To recall the formula, you must first grasp the concept and attempt to comprehend how it was developed.

Take, for example, the well-known formula for force, **F=ma.**

According to this formula, the quantity of force generated equals the product of mass and acceleration.

You will have a clear grasp of what the formula is attempting to express after reading it.

### 7. **Use of Mnemonics in Physics Study.**

Mnemonics are tricks that assist students to recall formulas, equations, and other data. A simple phrase, a rhyming line, or even a poem can be used as mnemonics.

They make students recall the difficult issue more readily because of the rhyme and poetry. On the internet, there are a variety of mnemonics for physics formulas and equations.

I've also included a bunch of mnemonics below that you might find handy.

**1. Work Formula.**

"Lots of Work make me Mad"

i.e. **Work** =** **Mad

i.e. **Work** = m*a*d

Here, **m** stands for **Mass**.

**a** stands for Acceleration

d stands for **Displacement**.

**2. Momentum of Forces.**

**"F**at **m**osquitoes are **a**pproaching"

i.e. **F **= **m*a**

Here, F stands for Forces**.**

m stands for mass**.**

a stands for acceleration**.**

**3. Weight Formula.**

**W**here is **Mr**. **Granny**

i.e. **W **= **m*g**

Here **W** stands for **weights.**

**m **stands for **mass.**

**g **stands for **gravity.**

**4. Color Code of the Resistor in the Semiconductor.**

**B**.**B**. **ROY** of **G**reat **B**ritain has a** V**ery **G**ood **W**ife who wears **G**old and **S**ilver **N**ecklace

I.e. **BBROYGBVGW GSN**

Here, **B** stands for **Black**

**B** for **Brown**

**R** for **Red**

**O** for **Orange**

**Y** for **Yellow**

**G** for **Green**

**B** for **Blue**

**V** for **Violet**

**G** for **Grey**

**W** for **White**

**G** for **Gold**

**S** for **Silver**

**and, N** for **None**

Apart from this, as I earlier mentioned, you may also lookup mnemonics on the internet, which are available on a variety of websites.

### 8. **Do Revision Frequently.**

There is a well-known quote that says, *“Success doesn’t come from what you do occasionally but what you do consistently”.*

Considering physics topics hard and complicated, it is possible that you might forget certain aspects after some period of study. So it's a good idea to go over the concepts again and again.

It will be beneficial if you revise all the things you have studied in a week or on the weekend.

It will keep the topic fresh in your mind, and you will be able to answer the question as soon as it arises.

**How to Study Physics Keeping 3 Things in Mind in Classroom.**

**1.**** ****Be an Active Listener in Physics lecture**

Let me ask you a question: Can you start studying the concept before understanding it? And the answer is Obviously No.

To understand the concept, you need to be first an active listener in the classroom when the professor is teaching you the concept.

It has been said that “60% of doubts arise because of not listing lectures when it is thought”.

Learning and grasping the idea is the first step in any study, and because physics is considered to be a more difficult subject than others, it becomes more important to pay attention during class hours.

**2. Preparing the Notes.**

Similarly to how paying attention in class is critical, making notes at that time becomes essential.

Preparing notes is an important step in understanding the new subjects covered in lecture hours.

Physics is a subject that contains several discrete concepts inside a larger concept.

During lecture hours, students believe that they will remember everything that the teacher discusses in the classroom, therefore they do not prepare notes.

However, they subsequently find themselves in a position in which they forget certain essential sections and, since they did not make notes, they find it difficult to recall the things.

Self-prepared notes are superior to any other type of study material since the entire information that you have written is based on your understanding.

**3. Clear Your Doubts.**

If you are learning a new topic of physics, it is not always easy to comprehend some concepts in the first go.

In such cases, immediately ask your teacher a question about the doubt that you are facing.

When you address your doubts as soon as they emerge, you will get a better understanding of the topic and will be able to grasp the following concept more clearly.

During self-study, some uncertainty occurs. This uncertainty stems mostly from numerical solutions as well as theory components.

So, at that point, you can see the answer to the problem and eliminate any doubts.

If you have a question about a theoretical section, go back and check the notes you took during the lecture to make sure you grasp the idea again.

Take note of the problem you encountered, and then work to solve it so that you do not meet the same challenges in the exam.

If you still cannot overcome your uncertainty, make a note of it, and then in the next lecture, you can ask your physics teacher.

You can also seek clarification on the internet.

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## How to Study Physics and Score **97+ in Exam?**

Studying Physics and obtaining passing or average marks is not difficult if you have studied adequately and followed all of the previously stated recommendations.

However, if you're dreaming of getting 97+ or 100%, you must do extra study, i.e. disciplined study.

So, in this section, I'll give you some tips on how to boost overall physics scores. So let us see how that goes.

## 6 Tips on How to Study Physics Effectively.

**1. Balance Between Numerical and Theory.**

It is essential that you should not favor theory over math when studying physics. You must strike a balance between both theoretical and numerical components.

It's a very regular occurrence, yet students frequently get it incorrectly. They sometimes concentrate on theory and other times on numerical.

As a result, in the examination, the student who studied theory more readily answers the theory and finds numerical quite tough.

For the student who focuses on mathematics, numerical questions are easier and theoretical questions are more difficult.

To avoid this, maintain a balance of numerical and theoretical calculations.

**2. Know the Paper Pattern.**

Knowing the paper pattern will be jelly on the cake since it provides information about the percentage of numerical and theoretical questions that will be asked in the exam.

This will help you choose where you should focus more? whether on theory or numerical problems?

In most physics exams, the theoretical and numerical questions share 50% - 50% of the marks.

In some exams, there is a likelihood that 60 percent of the questions will be theoretical and 40 percent will be numerical.

So, in this case, you may spend more time on theory and less time on mathematics.

In competitive exams, numerical questions predominate, implying that you should focus more on numerical solutions and less on theory.

**3. Plan Your Study.**

Physics has always been the most difficult subject for everyone, and if you want to get full marks in physics, you must organize your studies, i.e. create an appropriate study schedule.

A study schedule will help students manage their time for school/college assignments, extracurricular activities, and social activities.

It also acts as a reminder of the student's regular study commitment and allows them to track their progress.

Preparing a study schedule will immediately assist the student to manage their time more successfully as well as control their stress while studying.

If you want to know how to make an effective timetable for study then this guide of ours will help you: *Perfect Time Table for Study: (6 Tips+ Secret Timetable Samples).*

**4. Time Management in the Exam.**

It’s become critical while managing your time during the exam if you wish to answer all of the questions.

In general, a student who has prepared thoroughly prior to the exam will be able to answer the entire question.

Often, due to a lengthy paper and a lack of good time management, students are left with a question that has not been answered in the allotted time despite knowing the answer.

As a result, if the student wants to receive a full grade, he or she must practice effective time management for study.

**5. Solve Previous Year Paper.**

After you've completed all of your textbook theory and numerical questions. It's time to crack into the previous year's question paper.

Solving previous year's question papers can help you prepare for the examination more effectively.

It will enlighten you about the sort of questions that will be asked in the test as well as the paper pattern.

You will learn about the important questions asked in the examination as a result of it.

Aside from that, it will provide practice with paper solutions and time management.

**6. Stay Positive.**

Since physics is considered a difficult topic, there may be times when you will feel extremely stressed, and it is reasonable for you to consider quitting up. But quitting is not a choice

Always keep in mind that challenges are an inevitable part of life. Therefore running away from it is not the solution rather than be brave to face it.

By encouraging yourself to study, you can avoid these scenarios.

This may be accomplished by simply putting your objective on a piece of paper and setting it in a visible location.

Motivating quotations might also help by displaying them in front of the study area.

This will keep you motivated and remind you of your ambitions in the future.

## How to Study Physics: Wrap Up!

Physics has traditionally been the trickier science subject than the others.

However, if you follow all of the above-mentioned tips present in the blog, you will be almost certain of success in physics.

In this blog, I've discussed some strategies to help you learn physics more successfully. In which I have discussed **physics study tips** that should be followed both at home and in the classroom.

At last, I've also highlighted the steps that need to be taken in order to receive full marks in physics. I hope you've got all the related information regarding **how to study physics **from this blog.

## FAQs on How to Study Physics:

The subject of physics is not difficult in and of itself. What's challenging is that for many kids, Physics is the first time they've had to apply their knowledge to solve problems rather than simply regurgitate information. Understanding physics principles and solving maths aren't tough.

Even though physicists utilize math all the time in their work, it wasn't easy to directly put it into a physics framework because the structure is so intricate and just recently established by mathematicians.

Yes, However, physics without complicated math is really difficult.

Some students consider high school physics difficult for a variety of reasons: Having a math background weak. People who have difficulty solving linear algebraic problems will be expected to solve partial differential equations.

Physics. Physics dictates the creation of the universe, as well as the cosmos itself. The universe gave birth to mankind, who in turn gave birth to numbers, which finally led to the establishment of mathematics as a science.

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