Now that NTA has commenced the CUET exam, the exam will be conducted twice every year. The CUET syllabus will mostly remain the same. However, there might be some changes in the CUET exam pattern.
The mock test released by NTA for the CUET 2023 exam gives us clarity on what might be the essential topics for the main exam. And here, we are going to discuss all the important topics that will cover most of the Physics syllabus.
Already from the mock released by NTA, we get to know that you need to keep-
dimensional formulas at your fingertips.
To get a detailed insight into all the important topics, read the complete article for better clarity.
CUET Important Topics For Physics Exam
Whether you have done your preparations year long or you have just started close to the exam date, you need to have some important topics sorted out. This will help you to grab the concept of topics that are more important and likely to be present in the question paper. If you need help with preparation-related tips and tricks, you can check out How to start CUET Preparations. Here we will be discussing the overview of each topic, so if you wish to have better and more in-depth clarity check out this video-
Electric Charges and Fields
This chapter contains some important topics that are very probable to be questioned in the CUET exam paper. The topics are mentioned below-
Electric Charge and its Properties
Electric field due to a dipole
Gauss's Law and it's application
Electrostatic Potential and Capacitance
Electric potential Energy
Potential Energy due to an dipole
Dielectrics and electric polarization
Combination of capacitors, energy stored
Drift velocity,Ohm's law, resistivity and conductivity
Combinations of resistors, Temperature dependence(R)
EMF of a cell, combination of cells. KVL and KCL
Devices (Metre bridge, potentiometer)
Magnetic Effects of Current and Magnetism
Moving Charges & Biot - Savart law
Ampere's law and its applications
Solenoid, Cyclotron, Lorentz force
Force between two parallel current-carrying conductors
Torque experienced by a current loop, Galvanometer
Magnetism and Matter
Magnetic dipole moment of a revolving electron
Magnetic field intensity due to a magnetic dipole
Earth's magnetic field and magnetic elements
Para-,dia- and ferromagnetic substances. Electromagnets, permanent magnets
Faraday's laws, Lenz's Law
Self and mutual induction
Transformer& its losses
Peak and RMS value
LCR circuit and phasor diagrams
Reactance and impedance
Power factor,Watt less current, Resonance
Displacement current, Maxwell's law
Electromagnetic waves, their characteristics
Electromagnetic spectrum including elementary facts about their uses
Ray Optics and Optical Instruments
Mirror Formula, Refractive Index, Laws of Refraction
Total internal reflection and its applications
Refraction at spherical surfaces, lensmaker's formula
Combination of thin lenses, light through a prism Optical instruments
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