KIPS PHYSICS LECTURES

For Lectures click the Links below

 MEASUREMENTS:

Physical Quantities

International system of Units

Conventions of indicating units

Precision and Accuracy

Errors and Uncertainity

Assesment of Total uncertainity I

Assesment of Total uncertainity II

Assesment of Total uncertainity III

WORK DONE:

Work done by constant force I

Work done by constant force II

Work done by constant force III

Work energy principle

Energy Part I              Energy Part (MCQS) 

Interconverision of P.E and K.E

Power

CIRCULAR MOTION:

Relation Between Linear and Angular quantity

Vertical circle

Angular Acceleration          Angular Velocity                Angular displacement

Geostationary Satelite

PHYSICAL OPTICS (Light)

Introduction

Light            Diffraction           Interferrence

Fringe Spacing 

Diffraction Grating

HEAT AND THERMODYNAMICS:

Kinetic Theory of gases

Pressure of Gas Part I                Pressure of Gas Part II

Internal Energy

Interptretation of Temperature

Ideal gas equation PV=nRT

Molar specific Heat 

ELECTROSTATICS

Columb's law , columb's Force Electric Field strength

Potential due to a point charge

Capacitor

electric field strength of parallel plate capacitor

CURRENT ELECTRICITY

Current and Ohm's Law

Combination of resistors

ResistivityCURRENT

Power dissipation

Power dissipation in resistors MCQs

ELECTROMAGNETISM

Magnetic field due to current carrying wire

Magnetic field due to current in a long conducting wire

Magnetic field due current carrying conductor MCQs

Current on a moving charge in a magnetic field

Determination of e/m value of electron

Determination of e/m value of electron part 2

Determination of e/m value of electrons MCQs

ELECTROMAGNETIC INDUCTION

Introduction

Electromagnetic Induction

Induced emf and factors on which it depends

Faraday's Law and Len's Law   Faraday's Law and Lenz's Law 2        Faraday's Law and Lenz's Law3      Faraday's Law and Lenz's Law 4

Alternating Current       

Transformer   Transformer 2

PHYSICS OF SOLIDS

Introduction

Deformation of solid                        Deformation of solid 2

Elastic Constant           Elastic limit and yeild strength

Strain energy in deformed material               Strain energy im deformed material 2

Energy Band Theory

ELECTRONICS

Introduction

Half and Full wave Rectification  Half wave rectification   Full wave rectification   

  Full wave rectification MCQs  

Operational Amplifier

MODERN PHYSICS

Introduction

Photon       Photon 2

Photo electric effect      photo electric effect 2

ATOMIC SPECTRA

Atomic spectra and spectral series            

Bohr's Atomic model

Qunatized Radii        Quantized Energy         Quantized Energy 2

Production of X-rays           prduction of X-rays 2

Breaking of X-rays    De-broglie wavelength

NUCLEAR PHYSICS

Intoduction

Atomic Nucleus

Isotopes           Mass defect and binding Energy      Mass defect and binding energy 2

Radioactivity    Nuclear transmutation

Half Life  

Nuclear Fission        Nuclear Fusion           Building Blocks of Matter