25 MOST REPEATED Physics PYQs 🧠 | NEET 2026 | 120+ Marks Possible 😳🔥

[0:00]I am 100% sure, these 25 topics and the things mentioned in this video will definitely get you at least 25 questions in the NEET exam. There is no year where photo electric effect has not been asked, in the past 6 years, it has been asked 7 times. NEET 20, 21, 22, 23, 24, NEET 24 and 25, and note it down, friend, you will definitely see it in 26 also. Mainly, theoretical questions are asked from this, on work function or threshold energy, and many times, its equation also gives you questions. So, memorize its equation, practice all types of questions that can be formed from it, and secure your 4 marks in NEET 2026. Hello everyone, once again, welcome back to my YouTube channel. I am Sudhanshu, currently a third-year MBBS student at a Government Medical College. In 2023, I cracked both NEET and JEE exams, and when we talk about physics, friend, I have scored 165 marks in NEET and 99.6 percentile in JEE Mains. And today's video is going to be one of the most important videos for NEET 2026 aspirants for these last 10 to 12 days, my friend. Because in this video, we are going to talk about 25 such most important PYQs that are almost repeated every year. From which questions, from which topics, questions are repeated every year, and I confidently say that in this video, I will tell you about 25 PYQs. I will tell you the topics from which they are asked, and I will tell you what type of questions can be asked from these topics this year. If you do this much, I am 100% sure that these 25 topics and the things told in this video will definitely give you at least 25 questions in the NEET exam. I will tell you the PYQ, along with the topic, and also what type of questions can be asked. All these things will be cleared, and you will see these many. So, if you don't know anything in physics, if you are at absolute zero, I would say, first prepare these 25 topics and these 25 questions. And if you have studied physics very well, then in these 10 to 12 days, I will recommend you to first revise these 25 topics very well. Practice questions very well, so that the question coming from these in NEET should not be wrong. So let's start one by one. I have brought a detailed analysis for you. See, I will tell you in detail, what is the name of the topic from which PYQ is often asked. From which chapter it is asked, the number of questions in the last 6 years, in which years it has come in NEET, and also what type of questions can be asked from it. All these things, I will tell you for 25 topics and for these 25 questions. If you do this much, I am 100% sure that you will ace physics in NEET 2026. Without any delay, let's start, my friend. What is the first topic? Electric dipole. In NEET, you will almost see a question from electric dipole every year. It is asked from the chapter Electrostatic potential and capacitance, class 12. In the last 6 years, 9 questions have come from this topic. NEET 2020, NEET 2020, 21, 22, 23, 24, 25. That is, every year a question has been asked from dipole moment. So, add here, in 2026 also, you will see a question. What type of questions are asked? First, they ask to calculate the normal dipole moment, and second, electric field or potential due to dipole in three conditions. Where it is on the axis, where it is on the equatorial position, or at any other angle. So you should know the formula and concept of electric field and potential due to electric dipole at these three points.

[3:30]Questions on these are often seen in the NEET exam, and if you cover these two things, consider your four marks confirmed in NEET 2026, my friend. Let's move on to the next topic. Second is Bohr's model. From Bohr's model, in the last 6 years, 8 questions have been asked. NEET 20, pre-NEET 20, 22, 23, 24, pre-NEET 24 and 25. So, note it down, friend, you will definitely, definitely, definitely see a question from this topic in 26 also. What do you have to do in this? So, basic concept and theory. Whatever basic concepts and theories Bohr's model has, whatever he told.

[4:05]That the centrifugal force is equal to electrostatics, all its concepts and principles, all those principles, and radius, velocity, and energy of Bohr's orbit. All the formulas, memorize them very well. You will definitely see one question on these in the NEET exam. If you do this much, consider your +4 marks confirmed, my friend. Next, see photo electric effect. There is no year where photo electric effect has not been asked, in the past 6 years, it has been asked 7 times. 20, 21, 22, 23, 24, re-NEET 24 and 25. And note it down, friend, you will definitely see it in 26 also. Mainly, theoretical questions are asked from this, on work function or threshold energy, and many times, its equation also gives you questions. So, memorize its equation, practice all types of questions that can be formed from it, and secure your 4 marks in NEET 2026. Next, if I talk about the next topic, my friend, it is LCR circuit. In AC, if someone tells me to study only one topic, I will study the LCR circuit very well. I will say that from this topic, in the last 6 years, 9 questions have been asked. 20, 21, 22, 23, 24, 25, and also in re-NEET many times it has been asked. What to study in this? So, XL, XC and resistance. The formula for these three, their relation, and how to find Z from them, learn to calculate this. Second, how to find phase angle, and how to draw a graph for it, in which circuit current leads, in which potential leads, learn this. And voltmeter and ammeter readings are often asked to be calculated. They will give you a circuit or a pathway, and they will ask for the voltmeter and ammeter readings there. So, study the LCR circuit very well. If you study it, then your +4 marks in NEET are confirmed, my friend. Next, let's talk about KVL and KCL. Many people don't study KCL and KVL, but they solve the questions with short tricks. So, mainly, if you are solving with short tricks, if you want to solve the path, no problem, do it with that. But definitely study its theory, my friend. Because many times, the first law, KCL, is based on charge conservation, KVL is based on energy conservation, and you will see that 2-3 times, questions have been asked in NEET. So, study this very well, don't leave it, I would suggest you this. Let's move on to the next topic, the sixth topic. So, magnetic moment and magnetic dipole. From this also, 7 questions have been asked. Just like in electric, it comes, similarly in magnetic also it comes. So, study this also from the magnetism chapter. A topic from which you will 100% definitely get a question, write it down, is error. If you haven't studied error yet, then study it from unit and dimensions, my friend. In the last 6 years, 4 questions, maybe more have come, but every year you have seen a question from it in previous years. You can see questions in 25, 24, 23. You often see percentage error questions. So, learn to calculate percentage error. Also learn to calculate absolute error, and learn how to find percentage error from absolute error. For example, they will give you M value 2 +- 0.1, A is 4 +- 0.4, then what will be the percentage error in F?

[7:07]Calculate the percentage error in M from this value of M, calculate the percentage error in A from A, and from their relation, calculate it in F. So, definitely learn these types of questions. Next, we talk about combination of capacitor, you will definitely, definitely, definitely get questions from it. It is asked from the chapter Electrostatics and Electric Potential. Number of questions, in this also 4-5 questions have been seen. You will often see questions from this. Mainly, questions asking for C equivalent are asked in this. You will be given any circuit, and C equivalent will be asked in it. Or, if there are multiple capacitors in that circuit, then they can ask that it is connected to a battery, then what will be the potential drop across this particular capacitor, or what will be the charge flowing from here? So, definitely, definitely, practice these types of questions very well. Next, we talk about transformer, you will often see questions from transformer. You might get a theoretical question from transformer, or the ratio of its number of turns and current, from that formula, you can get a question. Moment of inertia, you will often see questions from it. You should know how to calculate the moment of inertia of all objects. You should remember it. You often see questions on the ratio of all of them, and add one more thing, radius of gyration. You will definitely see a question from this, and you will only be able to calculate it if you know how to calculate the moment of inertia. So, do these things very well. Next, we talk about fluid mechanics, you will often see questions from surface tension. So, from this, you will see 5 questions in 6 years. I will say, learn how to calculate different surface tensions for water and soap, learn how to calculate for their bubbles. Learn about the energy due to surface tension. Many times it is said, a big balloon is made into small ones, surface tension is given in it, they ask in it. Or, how much energy is lost or gained in doing this much? So, definitely, definitely, definitely study this topic very well. Next, we talk about ideal gas, in KTG, you will often see questions from ideal gas, my friend. In this, mainly, the graphs, study them well. Charles Darwin, sorry, Charles Boyle, whatever graphs they have, study them well. If P is constant, what will happen to V? If T is constant, what will happen? Look at all these conditions, and memorize PV = nRT. This you will definitely, definitely, definitely see used three to four times in the entire NEET paper. Okay? Next, just like questions are asked from the combination of capacitors, similarly from resistance also. It will be definitely seen, one of them. In 6 years, 8 questions have been asked. They can ask to find R equivalent, or they can ask the same thing. There will be many resistances in the circuit, then on any particular resistance, calculate the potential drop, or the current passing through it. Along with that, you can get questions on change in the value of g. If g on Earth is equal to g, the gravitational acceleration, then what will it be at height H? What will it be at depth D? So, study the formulas and conditions of both of them. If possible, study one extra thing: how g changes with rotation. And remember, it is maximum on Earth. Learn how it changes otherwise. You can get questions on this. You can get questions on Hooke's Law. Study Hooke's Law very well. You can get questions on this also. Next, let's talk about dimensional formula and analysis. You will often see questions on this also. All the quantities in physics. From force, acceleration, you should know how to write dimensions for all of them. If you don't know, then learn, my friend, you won't be able to do it without writing dimensions. Second type of question you will often see is that if fundamental units are changed, what will be the dimension? Because our fundamental units are normally M, L and T. These are the three. They will tell you that if force, velocity and time are our fundamental units, then tell me, my friend, of what? They will ask you about anything. Sorry, mass. They will ask you F, V and T are our fundamental units, so what will be the dimension of mass? Normally, mass's dimension is M1. But if fundamental units are changed, then dimensions will also change. So, you can get these types of questions also. You can often get questions on Brewster's angle in wave optics. Definitely study Brewster's angle in wave optics. Definitely study Zener diode well. You almost always get questions on Zener diode in the NEET exam. Next, I talk about motion under gravity. Study motion under gravity very well. In motion under gravity, if a ball is thrown up here, then it comes down in this much time. Then how much time did it take to come down, how much displacement, with what velocity it will hit, what will be the acceleration, all these basic things, study them well. Logic gate, there is no year in NEET where you haven't seen a question from logic gate. You will often see questions from logic gate. In the last 6 years, it has come 9 times. All the logic gates are OR gate, AND gate, NOR gate, NAND gate, XOR gate. Study all these gates well. Using these gates, they will make any circuit of logic gate and ask you that the input here is this, what will be the output? Or they will give you a logic gate and ask what type of gate it is. So, you should know these types of questions. PN junction diode, you will almost always see a question from PN junction diode in NEET. What type of question can you see? Either you will see a theoretical question, or they will make any circuit with four options and ask which one is forward biased and which one is backward biased. This is reverse biased. So, you should know how to find this. Next, you will often see questions from prism in ray optics. In this, they can ask you to know the basic concepts of prism. How does the ray come and go, what is A, the relation between I, R and A, how many formulas are there, there are two formulas, memorize both of them well. Also remember TIR. Many times, in prism, this type of question is asked that the ray entered, but it came out along with the surface of the prism. So, definitely, do these types of questions well once. Parallel plate capacitor, you will often see questions from parallel plate capacitor. One is its formula, Aε0/d, study this well. Another is that if earlier there was air filled, and later, if a dielectric plate of K constant or a dielectric constant is inserted inside, then what will happen?

[12:44]So, you will often see these types of questions. Study this very well, my friend. There is no NEET year where we haven't seen a question from YDSE. So, study YDSE very well. You often, often see questions on fringe width, or at what position dark fringes will form, at what bright fringes will form, how many will form. Questions are asked on all these things, so I would say, don't leave YDSE at all, and finally, I would say, study force in magnetic field very well. What is the magnetic field due to a charge Q? It is QBV. How much is it due to I? For a single wire, it is IBL, and when there are multiple wires, when they are parallel, then how to calculate it per unit length? Study these things very, very, very well. And if you want to add an extra topic from my side, I will tell you to study CP and CV in thermodynamics well, and work done in thermodynamics. Study these things well. If you do this much, I am 100% sure, whatever things I told you, if you do that, I am 100% sure that you will see 22-25 questions in the NEET exam from these. And if you prepare well, you will solve it well and get marks. I will recommend you this, if physics is complete, then first revise these topics very well. There should be no deficiency in these, and if nothing has happened, then start with these and finish them well. You will find many lectures on YouTube. My 45-day series, Nishchit Series, in that, I have taught all these 25 topics. In that, I have taught a total of 45 topics. But if you want, you can definitely see these 25 topics. Those 45 topics are a 2 to 2.5 hour lecture, and there are a total of 7 lectures. I have taught all of them in 7 lectures. You can also go and watch that. You will find it in the playlist of this channel by the name of Nishchit Series. So, that's all in this video, my friend. And in the upcoming videos, we will talk about chemistry and biology also, so that we can know what things to revise at the last minute, so that our marks can be confirmed, that this much is confirmed for us, okay? So, that's all in this video. See you in the next video with chemistry. Thank you very much. All the very best. Bye bye. And if you liked the video, please like, share and subscribe, and don't forget to share, because knowledge increases by sharing. And I want to make a small request to you. If you liked the video, then give a hype so that this video can reach people. As soon as you go below the video, you will find the comment section option. There itself, if you swipe, you will find the option of hype video or hype video point. Go there and definitely give a hype to this video, definitely comment. If this video gets 1000 comments and 100 people hype this video, then the next video, which is of chemistry, you will definitely, definitely, definitely see it. Remember this, okay? So, thank you very much, all the very best, bye bye.