Cracking Physics
This channel is intended to cover different topics of Physics at undergraduate level. The video lectures are based on books Physics By David Halliday, Robert Resnick, Kenneth S. Krane 5th edition and University Physics 14th edition by Young and Freedman. The extensive use of these standard textbook is to ensure the authencity of concepts explained in videos of this channel. Derivations are explained by carrying out each and every step thereby making it easy for learners to comprehened topics completely. The use of different colours makes diagrams beautiful and understandable. The students of Class 11th and 12th and Of BS, B.sc, M.sc and candidates of competitive exams CSS, PMS will find this channel quite useful. I strongly recommend the viewers to read book by Halliday, Resnick Krane 5th edition after watching videos of this channel.
Newton's Third Law Of Motion
Work Done By A Constant Force
Freely Falling Bodies
Velocity - Time Graph
Distance-Time Graph
Measurement MCQ's F.sc /ICS Physics Lecture 2
Circular Motion MCQ's F.sc /ICS Physics 11th Class Past Papers Lecture 3
Work And Energy MCQ's F.sc /ICS Physics 11th Class Past Papers Lecture 1
Circular Motion MCQ's F.sc /ICS Physics 11th Class Past Papers Lecture 2
Circular Motion MCQ's F.sc /ICS Physics 11th Class Past Papers Lecture 1
Work And Energy MCQ's F.sc /ICS Physics 11th Class Past Papers Lecture 2
Motion And Force MCQ's F.sc /ICS Physics 11th Class Past Papers
Fluid Dynamics MCQ's F.sc /ICS Physics 11th Class Past Papers
Spinning Ball ( Dynamic Lift)
The Pitot Tube
The Venturi Meter
Torricelli's Theorem
Thrust On A Rocket
Lift On Airplane Wing
Features Of Bernouli's Equation
Bernouli's Equation
Dimensions & SI Unit MCQ's Class 11th Lecture 1
The Concept Of Streamline
The Equation Of Continuity
Vectors MCQ's Punjab Boards Past Papers F.sc/ICS Physics Lecture 4
Types Of Fluid Flow
Vectors MCQ's:Punjab Boards Past Papers(F. sc/ICS) Physics Lecture 3
VECTORS MCQ'S Punjab Boards Past Paper (F. sc/ICS) Physics Lecture 2
Magnetic Field Inside A Solenoid By Using Ampere's Law
Magnetic Field Due To A Toroid By Using Ampere's Law