## Following Lecture Work Through The Chapter You Just Covered:

Ideally, you should complete this step later in the day or the evening following lecture. An important aspect to learning is going over something more than once so that your mind can reinforce the concept. By now youve already seen the material twice: once briefly before lecture, and once during class. Now you want to dig in and really work through the chapter. Take it piece by piece, studying concepts and working through the practice problems. It should begin making sense to you.

If you still struggle with a particular concept or problem, revisit that section until you feel comfortable moving on. This isnt quite the time for mastery, but you should have a firm understanding of the material.

## Usage Of Flashcards To Study:

Physics is a study which involves principles, concepts, units and new words. Make a note of all this so that you can follow your theory and enhance your memory which helps you face problems in the subject.

In order to remember all this, flash card or memory study can be useful and help you remember.

## Good Understanding Of The Basics:

**Central theories** are the main aspects when physics is considered. The central theories are the ones from which other aspects develop. All the mathematical problems which need to be solved in physical would evolve from these central theories or with a slight variation from those theories.

It is hence good to avoid memorizing problems, understand the basic concepts and theories along with their principles and work out problems.

It would be suggested to develop mind map so that you can have an overview of the basic physical concepts and understand the subject easier.

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## Strategies For Fitting 120 Hours Into 45 Days

*Strategy #1: Watch Lectures at 1.5x Speed*

My first strategy was to watch the lectures at between 1.5-2x speed using VLC Player. Lectures are great at getting a more vivid explanation of ideas than the textbook, but had I watched all 35 lectures at normal speed, that would have easily eaten up most of my learning time.

*Strategy #2: Work Early, Finish Early*

Scheduling was incredibly important too. Because my restriction was in days, not hours, I wanted to squeeze as much work as possible out of my days. I did this by adopting the following routine:

5:55 Wake up1:00 Lunch + 25 minute nap5:00 Dinner7:00 Finish working

Two elements stand out in this schedule which enabled me, despite the pace, to take my evenings off after 7pm each night:

Working first thing in the morning was actually easier than expected. The adrenaline of the challenge helped me stay focused and stopped me from hitting the snooze button. By starting work at 6am, I could complete an extra 2-3 hours of work before most people would start, leaving a much larger period of time off in my evenings to relax.

The midday nap was a suggestion from my friend Benny Lewis, who despite seemingly perpetual jet lag and an aggressive social calendar, has tons of energy. I learned that if I could fall asleep instantly , that I would have an extra 4-5 hours of energy post-nap.

*Strategy #3: Relate Everything to the Subject*

## Definition Of Terms: Model Theory Law

In colloquial usage, the terms *model*, *theory*, and* law* are often used interchangeably or have different interpretations than they do in the sciences. In relation to the study of physics, however, each term has its own specific meaning.

The *laws of nature* are concise descriptions of the universe around us. They are not explanations, but human statements of the underlying rules that all natural processes follow. They are intrinsic to the universe humans did not create them and we cannot change them. We can only discover and understand them. The cornerstone of discovering natural laws is observation science must describe the universe as it is, not as we may imagine it to be. Laws can never be known with absolute certainty, because it is impossible to perform experiments to establish and confirm a law in every possible scenario without exception. Physicists operate under the assumption that all scientific laws and theories are valid until a counterexample is observed. If a good-quality, verifiable experiment contradicts a well-established law, then the law must be modified or overthrown completely.

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## How To Study Physics: 5 Killer Strategies

Physics is a tough subject that requires an open mind and the right approach. Here are our 5 favorite strategies for studying physics.

Physics has a reputation for being tough. Its less memorization-based than many other technical subjects, and requires critical thinking to link concepts into a unified vision. To succeed in physics, youll need some effective study strategies.

Here at Brainscape, weve got a few tips to share on how to study physics. These are based on the experience our team has studying and teaching physics, as well as our conversations with students and professors. If you need more help, check out our flashcard sets for AP Physics and Physics 101.

Otherwise, read on for our favorite tips for learning and mastering physics!

## Focus On Important Aspects Of Each Problem:

Whenever any problem in physics is solved, run through the important points that are mentioned. Also, get to know the details that you are trying to solve.

Avoid details that arent required for the problem. Important aspects of the problems are ones that would help you score in the examination. Hence, focus and remember to write those points without fail.

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## How To Be Good At Physics

Physics is a branch of science that deals with matter and the interaction of the universe’s essential constituents. In the broader sense, physics talks of various aspects of nature on different levels.

The study of physics centers around the function of particular objects under a given situation and focuses on the fundamental nature of the nuclear, electromagnetic, and gravitational forces.

The primary motto of studying physics is to learn the formulation of some comprehensive elements and know about the disparate phenomena altogether.

Physics is one of the most ancient academic disciplinesphysics deals with various interdisciplinary research areas, like quantum chemistry and biophysics.

The more physics has been discovered, the more technology became advanced.

New inventions like computers, televisions, domestic appliances, and nuclear weapons are the result of exploring physics laws.

There are great benefits of Physics in our familiar world.

You need to have an open mind and the right approach to deal with the subject.

There are several ways for how to learn Physics easily and fast.

## Strengthen Your Maths Skills:

As already mentioned, if you are studying Physics then you will see that it incorporates many mathematical elements. This means that you would easily master this subject if you were adept at tackling multiple formulas and problems. Review or study Mathematics alongside your Physics and this will help you to improve your management of the formulas and concepts.

and youll be able to join our Physics Group where you can ask questions and view physics resources created by other students and teachers!

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## Want Skills Physicists Learn Them

Physicists are problem solvers. Their analytical skills make physicists versatile and adaptable so they work in interesting places.

You can find physicists in industrial and government labs, on college campuses, in the astronaut corps, and consulting on TV shows. In addition, many physics grads work at newspapers and magazines, in government, and even on Wall Streetplaces where their ability to think analytically is a great asset.

## Drill The Core Concepts

After you’ve done your reading, make sure you* retain *the concepts you learned by drilling the ideas, definitions or formulae. Brainscape can be a huge help for that since it is the most effective way to learn content. Brainscape already has some flashcards for physics courses ready to go, or you can always create your own for flashcards online for free.

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## Action Items And Takeaways

Some of my methods werent ideal. Watching lectures at twice the speed and skimming over practice problems isnt the best way to learn. But, if youre in a similar time crunch and need to learn a lot of material quickly, heres my advice:

**Have a clear strategy**. I never just studied. Every single hour was devoted to a specific goal, whether that was to go through lectures, focused problem sets or active recall on key ideas.

**Never memorize what needs to be understood**. Under time pressure, I often felt like certain ideas would just have to be memorized. But I resisted this temptation, sometimes repeating the explanation 4-5 times, before explaining it again in my own words. Understanding is an investment in less future studying.

**Clearly separate work from time off**. I took almost no breaks during my day of work. Even eating breakfast, Id replay lectures or re-read my notes. This may not be desirable every day, but it meant that I could still relax at night, despite the workload.

If youre interested in going deeper to understand some of the productivity and learning tactics I used, I explain them with a lot more examples and depth in my course.

## Chapter : Studying For Examinations

There is no particular objection to cramming except that most ofit is a waste of time. Cramming a set of formulas into your head an hour beforethe exam may raise your score, and in that sense may be justified, or it maymerely confuse you. Certainly you will not be able to learn anysignificant amount of new material by cramming. Do not make the blunder of trying tomemorize the tough spots, for unless you understand the basic ideas, yourhalf-memorized effort will do you no good either on the exam orlater. Probably the exam will concern the part of your half-learnedmaterial that you didn’t understand. If you do not have time to study all thematerial, then discard what you think is least important and forget about it.Learn the rest of the subject well. You may or may not be able to bluff your waythrough an essay question in economics but definitely you cannot do it in aphysics problem. Either you can reason how to do the problem or you can’t.Hence, if time is too short for you to learn all the course, learn part ofit cold not just sort of’.

You may infer possible types of questions from previously givenexams or quizzes or from the kinds of problems in the problem sets.Referring to your own exams will help for the final exam.

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## Mathematical Methods In Physics

**What It’s All About**

Studying electrodynamics, quantum mechanics, and stat mech in more depth at the graduate level requires a greater level of mathematical rigor. To prepare for studying physics at the graduate level, you’ll need to learn the following in greater detail: Fourier analysis, tensors, ODEs, PDEs, real analysis, complex analysis, algebra, and group theory .

**The Best Textbooks To Use**

Mathematical Methods for Physicists by Arfken, Weber, and Harris . This book covers the essentials of everything you’ll need to know for the mathematical rigor demanded by the graduate core.

Visual Complex Analysis by Needham . A light, fun summary of complex analysis that’s concise, clear, and easy to read. Serves as a great supplement to the primary text when used along with Fisher’s Complex Analysis .

Tolstov’s Fourier Series . The best book on Fourier Analysis ever written. Complements the main text very well.

Zee’s Group Theory in a Nutshell for Physicists . A brilliant introduction to group theory for physicists.

## Who This Course Is For:

- High School students
- Anyone interested in learning about Physics
- Final Exam Prep

- 4.5 Instructor Rating
- 4 Courses

My name is Robert Mathisen.I started tutoring when I was in high school. Not for pay, or anything like that, but simply because there was a friend in the class that needed help.

I knew at some point in my career I wanted to become a teacher, but admittedly, I wanted to keep my options open and see what I could do with my Math & Science skills.

I went to New Jersey Institute of Technology where I graduated as an Industrial Engineer.

I would sit in the front of all my classes, take notes, and do my work.

When I learn something new, I take notes in a way that I would explain it to someone else.

I was taught at a young age, “If you can explain it to someone else, then you really have the content down pat.”

In college, it seemed like it was nearly every exam, I would have 5 classmates asking if I would help them prep for the exams.

I was, once again, unofficially tutoring my classmates now in my Physics & Engineering classes.

They would tell me, “You should be a teacher.”

This gave me the confidence that I was capable of teaching complex topics.

After 4 years in the engineering field, realizing this was not my true passion, I transitioned into becoming a high school teacher.

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## Want To Know How And Why Learn Physics

Physics is crucial to understanding the world around us, the world inside us, and the world beyond us. It is the most basic and fundamental science.

Physics challenges our imaginations with concepts like relativity and string theory, and it leads to great discoveries, like computers and lasers, that lead to technologies which change our livesfrom healing joints, to curing cancer, to developing sustainable energy solutions. Check real physicist stories in the box to the right.

## Doing Your Best In Physics Class

**Read the topic before the lecture.**Ideally, you shouldn’t come across new physics concepts for the very first time in class. Instead, try, reading upcoming lessons in your textbook the day before they’ll be covered in class.XResearch source Don’t fixate on the precise mathematics of the topic at this stage, focus on grasping the general concepts and trying to grasp what is being discussed. This will give you a solid foundation of knowledge upon which you’ll be able to apply the mathematical skills you’ll learn in class.

**Pay attention during class.**During class, the teacher will explain the concepts you encountered in your pre-reading and clarify any areas of the material that you don’t understand well. Take notes and ask plenty of questions. Your teacher will probably go through the mathematics of the topic. When he or she does so, try to have a general idea of “what’s happening” even if you don’t remember the exact derivations of each equation having this sort of “feel” for the material is a huge asset.

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## Pay Attention In Class

Before you start thinking about paying for physics tuition services in Singapore, you need to pay attention in class as the teacher explains the concepts. Irrespective of the teaching method used, physics can be boring, and when your mind wanders off, you will miss crucial explanations.

Here are some times to help you pay more attention in class:

- Always read ahead of the teacher to get a general idea of what the teacher is talking about
- Take notes in class while the teacher explains the concepts
- Always ask questions while making them as specific as possible

In the off chance, you could try asking the teacher if they can let you record the lesson. You can always listen to them later, and you can ask for clarification after listening to the recording later.

## Hire A Private Physics Tutor

If the above hacks do not work for you, hire a private physics tutor. Some extra tuition could be what you need to improve your grade. However, you will need to choose the tutor wisely based on their track record and their teaching methods.

Be warned that some volunteers do not have mastery in the subject and will do anything for quick money. At Kungfu Physics, we specialise in offering physics tuition services in Singapore, and this has put us at the top of the physics tuition sector.

We employ group tuition sessions, and this ensures you feel as though you are part of a class. The tutors are available for quick one-on-one sessions after each class to help clarify any doubts.

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## Physics Is Different From Math

Physics is very much different from math. There are direct formulas and many equations to deal with different situations in math. So in math, you need to understand all those equations and formulas, and with a bit of practice, you are good to go. In physics, though, there are hardly any formulas, and we can solve any problems starting from the most fundamental equations even if we dont remember any other equations.

In mechanics, for example, you can solve a problem using just Newtons 3 laws of motion provided you can draw FBD or the free body diagram correctly. There are no other formulas, and everything else is just math. Of course, there is a lot of logic involved.

## Advanced Electives In Physics

**What It’s All About**

No physics education is complete without learning about fun additional topics in physics, including : astronomy , astrophysics , cosmology , electronics, particle physics , and string theory .

You can pick and choose what you’d like to learn about based on your interests. This is the most exciting part: you understand all of the fundamentals of undergraduate physics, and you can pick up advanced books in other topics of physics and will be able to understand them! You’ll also be able to read some papers on the arXiv, which is the place that almost all physics research papers are published.

**The Best Textbooks to Use**

**Astronomy**: The Cosmic Perspective by Bennet and Donahue. A wonderful, fun, well-written introduction to astronomy that can be understood by anyone who has studied the first topic in undergraduate physics .**Electronics**: Basic Electronics for Scientists and Engineers by Eggleston. Accessible to anyone who has worked through the basics of electrodynamics.**Particle Physics**: Griffith’s Introduction to Elementary Particles. Written by the same Griffith who gave us the Introduction to Electrodynamics and Introduction to Quantum Mechanics, this book is the perfect introduction to the fundamentals of particle physics and is a joy to work through!

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