MEGA CRASH COURSE PH

0(0 Ratings) 300 Students enrolled
Created by triz learning Last updated Tue, 02-Apr-2024
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Curriculum for this course
178 Lessons 00:00:00 Hours
IISER SERIES
5 Lessons 00:00:00 Hours
  • Problem Discussion Part 1
  • Problem Discussion Part 2
  • Problem Discussion Part 3
  • Problem Discussion Part 4
  • Problem Discussion Part 5
  • MG & KERALA University PYQ Discussion Part 1
  • MG & KERALA University PYQ Discussion Part 2
  • MG & KERALA University PYQ Discussion Part 3
  • Calicut University PYQ Discussion Part 1
  • Calicut University PYQ Discussion Part 2
  • Calicut University PYQ Discussion Part 3
  • Mathematical Physics Part 1
  • Electrodynamics Part 1
  • Modern Physics Part 1
  • Modern Physics Part 2
  • Modern Physics Part 3
  • Modern Physics Part 4
  • Mechanics Part 1
  • Mechanics Part 2
  • Mechanics Part 3
  • Solid State Physics Part 1
  • Solid State Physics Part 2
  • Electronics Part 1
  • Electronics Part 2
  • Electronics Part 3
  • Oscillation Waves & Optics Part 1
  • Oscillation, Waves & Optics Part 2
  • Oscillation, Waves & Optics Part 3
  • Thermodynamics Part 1
  • Thermodynamics Part 2
  • Thermodynamics Part 3
  • Atomic Spectra, Laser & Basic Physics
  • Mathematical & Electrodynamics Live
  • Modern Physics Live
  • Mechanics Live
  • Solid State Physics Live
  • Electronics_Live
  • Oscillation, Waves & Optics Live
  • Thermodynamics Live
  • Thermodynamics Part 1
  • Thermodynamics Part 2
  • Mathematical Physics Part 1
  • Mathematical Physics Part 2
  • Mechanics Part 1
  • Mechanics Part 2
  • SSP&ELECTRONICS LIVE 1
  • SSP&ELECTRONICS LIVE 2
  • Modern Physics Part 1
  • Modern Physics Part 2
  • Electricity Magnetism Part 1
  • Oscillation ,Waves & Optics Part 1
  • Oscillation ,Waves & Optics Part 2
  • Polarisation EM Part 2
  • KT Live 1
  • KT Live 2
  • KT Live 3
  • KT Live 4
  • KT Live 5
  • KT Part 1
  • KT Part 2
  • KT Part 1
  • KT Part 2
  • KT Part 1
  • KT Part 2
  • KT Lecture 1
  • KT Lecture 2
  • KT Lecture 3
  • KT Lecture 4
  • KT Lecture 5
  • Module 6 Part 1
  • Module 6 Part 2
  • Module 5 Lecture 1
  • Electricity & Magnetism Live 1
  • Module 4 Lecture 1
  • Module 3 Part 1
  • Module 3 Part 2
  • Module 2 Part 1
  • Module 2 Part 2
  • Module 2 Part 3
  • Module 1 Part 1
  • Module 1 Part 2
  • Module 1 Part 3
  • SSP & Electronics PYQ Discussion 1
  • SSP & Electronics PYQ Discussion 2
  • Digital Electronics Part 1
  • Digital Electronics Part 2
  • Digital Electronics Part 3
  • Electronics Part 1
  • Electronics Part 2
  • Electronics Part 3
  • Electronics Part 4
  • Electronics Part 5
  • Electronics Part 6
  • Electronics Part 7: Oscillators
  • Solid State Physics Lecture 1
  • Solid State Physics Lecture 2
  • Mechanics Live 1
  • Mechanics Module 4 Part 1
  • Mechanics Module 4 Part 2
  • Mechanics Module 4 Part 3
  • Mechanics Module 3 Part 1
  • Mechanics Module 3 Part 2
  • Mechanics Module 3 Part 3
  • Mechanics Module 2 Part 1
  • Mechanics Module 2 Part 2
  • Mechanics Module 2 Part 3
  • Mechanics Module 2 Part 4
  • Mechanics Module 2 Part 5
  • Mechanics Module 1 Part 1
  • Mechanics Module 1 Part 2
  • Mechanics Module 1 Part 3
  • Mechanics Module 1 Part 4
  • Mechanics Module 1 Part 5
  • Mechanics Module 1 Part 6
  • Modern Physics Part 1
  • Modern Physics Part 2
  • Modern Physics Part 3
  • Modern Physics Part 4
  • Modern Physics Part 5
  • Modern Physics Part 6
  • Mathematical Physics M4 Part 1
  • Mathematical Physics M4 Part 2
  • Mathematical Physics M4 Part 3
  • Mathematical Physics M4 Part 4
  • Mathematical Physics M3 Part 1
  • Mathematical Physics M3 Part 2
  • Mathematical Physics M3 Part 3
  • Mathematical Physics M3 Part 4
  • Mathematical Physics M3 Part 5
  • Mathematical Physics M3 Part 6
  • Mathematical Physics M3 Part 7
  • Mathematical Physics M3 Part 8
  • Mathematical Physics M2 Part 1
  • Mathematical Physics M2 Part 2
  • Mathematical Physics M2 Part 3
  • Mathematical Physics M2 Part 4
  • Mathematical Physics M1 Part 1
  • Mathematical Physics M1 Part 2
  • Mathematical Physics M1 Part 3
  • Mathematical Physics M1 Part 4
  • Mathematical Physics M1 Part 5
  • Mathematical Physics M1 Part 6
  • Mathematical Physics M1 Part 7
  • Mathematical Physics M1 Part 8
  • Mathematical Physics M1 Part 9
  • Oscillation, Wave & Optics M4 Part 1
  • Oscillation, Wave & Optics M4 Part 2
  • Oscillation, Wave & Optics M4 Part 3
  • Oscillation, Wave & Optics M4 Part 4
  • Oscillation, Wave & Optics M4 Part 5
  • Oscillation, Wave & Optics M4 Part 6
  • Oscillation, Wave & Optics M4 Part 7
  • Oscillation, Wave & Optics M4 Part 8
  • Oscillation, Wave & Optics M4 Part 9
  • Oscillation, Wave & Optics M4 Part 10
  • Oscillation, Wave & Optics M4 Part 11
  • Oscillation, Wave & Optics M4 Part 12
  • Oscillation, Wave & Optics M3 Part 1
  • Oscillation, Wave & Optics M3 Part 2
  • Oscillation, Wave & Optics M3 Part 3
  • Oscillation, Wave & Optics M2 Part 1
  • Oscillation, Wave & Optics M2 Part 2
  • Oscillation, Wave & Optics M2 Part 3
  • Oscillation, Wave & Optics M2 Part 4
  • Oscillation, Wave & Optics M2 Part 5
  • Oscillation, Wave & Optics M2 Part 6
  • Oscillation, Wave & Optics M2 Part 7
  • Oscillation, Wave & Optics M2 Part 8
  • Oscillation, Wave & Optics M2 Part 9
  • Oscillation, Wave & Optics M2 Part 10
  • Oscillation, Wave & Optics M2 Part 11
  • Oscillation, Wave & Optics M1 Part 1
  • Oscillation, Wave & Optics M1 Part 2
  • Oscillation, Wave & Optics M1 Part 3
  • Oscillation, Wave & Optics M1 Part 4
  • Oscillation, Wave & Optics M1 Part 5
  • Oscillation, Wave & Optics M1 Part 6
  • Oscillation, Wave & Optics M1 Part 7
Requirements
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Description

CUET, or Central Universities Common Entrance Test, is an examination conducted for postgraduate admissions in physics programs at various central universities in India. The exam typically assesses a candidate's knowledge in physics and related subjects to determine their eligibility for admission to postgraduate programs. It consists of multiple-choice questions, subject-specific questions, and may include sections on mathematics and general knowledge. CUET PG in Physics aims to evaluate a candidate's aptitude and understanding in the field of physics and plays a crucial role in the selection process for postgraduate physics programs at central universities in India.

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Includes:
  • 00:00:00 Hours On demand videos
  • 178 Lessons
  • Access on mobile and tv