Канал: Physics Guruji- Manoj Karmakar

Why is capacitance increases in presence of a grounded conductor?||Class 12 Physics

Why is capacitance increases in presence of a grounded conductor?||Class 12 Physics

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.6

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.6

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.5

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.5

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.4

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.4

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.3

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.3

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.2

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.2

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.1

Irodov Solutions || I.E. Irodov Physics|| Kinematics || Problem-1.1

Wheatstone Bridge || Balance condition of a Wheatstone bridge || JEE MAINS/NEET/AIIMS

Wheatstone Bridge || Balance condition of a Wheatstone bridge || JEE MAINS/NEET/AIIMS

Infinite ladder of resistance || Finite ladder of resistance|| JEE MAINS/ NEET/ AIIMS

Infinite ladder of resistance || Finite ladder of resistance|| JEE MAINS/ NEET/ AIIMS

Mixed combination of Resistance [part-2] || JEE MAINS/ NEET / AIIMS

Mixed combination of Resistance [part-2] || JEE MAINS/ NEET / AIIMS

Mixed Combination of Resistance [Part-1]|| Numerical Problems on mixed combination of Resistance

Mixed Combination of Resistance [Part-1]|| Numerical Problems on mixed combination of Resistance

Parallel combination of resistance || CurrentElectricity|current divider rule || JEE/ NEET

Parallel combination of resistance || CurrentElectricity|current divider rule || JEE/ NEET

Series combination of Resistances || Equivalent resistance problems|| Current Electricity|| JEE/NEET

Series combination of Resistances || Equivalent resistance problems|| Current Electricity|| JEE/NEET

Colour code of carbon resistance tricks

Colour code of carbon resistance tricks

Colour code of carbon resistance || BOARD/JEE/NEET

Colour code of carbon resistance || BOARD/JEE/NEET

Variation of resistance with temperature || Temperature coefficient of resistance || JEE/NEET/ AIIMS

Variation of resistance with temperature || Temperature coefficient of resistance || JEE/NEET/ AIIMS

Current Electricity ||Ohm's law || I-V and I-R graph|| Dependency of Resistance with length and area

Current Electricity ||Ohm's law || I-V and I-R graph|| Dependency of Resistance with length and area

Current electricity || Drift speed || Current density|| Derivation of Ohm's law || BOARD/JEE/ NEET

Current electricity || Drift speed || Current density|| Derivation of Ohm's law || BOARD/JEE/ NEET

Current Electricity|| INTRODUCTION|| Free electron Gas Model|| How A cell creat Potential Difference

Current Electricity|| INTRODUCTION|| Free electron Gas Model|| How A cell creat Potential Difference

Force on a dielectric slab in a capacitor || Capacitor and capacitance-12 || JEE MAINS,ADVANCED?NEET

Force on a dielectric slab in a capacitor || Capacitor and capacitance-12 || JEE MAINS,ADVANCED?NEET

Capacitor and Capacitance 11 || Composite dielectric slabs|| Equivalant dielectric constant

Capacitor and Capacitance 11 || Composite dielectric slabs|| Equivalant dielectric constant

Capacitor and Capacitance-10 || Dielctric Basic || Dielectric constant || Gauss's law in dielectric

Capacitor and Capacitance-10 || Dielctric Basic || Dielectric constant || Gauss's law in dielectric

Force between the two plates of a capacitor|| Charge distribution methode of finding capacitance

Force between the two plates of a capacitor|| Charge distribution methode of finding capacitance

Capacitor and Capacitance-8|| Mixed Combination of Capacitor|| Numerical Problems for NEET/JEE MAINS

Capacitor and Capacitance-8|| Mixed Combination of Capacitor|| Numerical Problems for NEET/JEE MAINS

Capacitor and capacitance-7|| Numerical on capacitor|| Wheatstone bridge of capacitor

Capacitor and capacitance-7|| Numerical on capacitor|| Wheatstone bridge of capacitor

Capacitor and capacitance-6 || Parallel combination of capacitor|| charge distribution in capacitor

Capacitor and capacitance-6 || Parallel combination of capacitor|| charge distribution in capacitor

Capacitor and capacitance-5 || series combination of capacitor

Capacitor and capacitance-5 || series combination of capacitor

Capacitor and capacitance-4 || Energy stored in a capacitor|| Enegy loss due to transfer of charge

Capacitor and capacitance-4 || Energy stored in a capacitor|| Enegy loss due to transfer of charge

Capacitor and capacitance-3|| Capacitance of a Cylindrical capacitor || Parallel plate capacitor

Capacitor and capacitance-3|| Capacitance of a Cylindrical capacitor || Parallel plate capacitor

Capacitor and Capacitance-2 || Capacitance of a Spherical Capacitor|| Physics guruji|| In hindi

Capacitor and Capacitance-2 || Capacitance of a Spherical Capacitor|| Physics guruji|| In hindi

Capacitor and Capacitance-1 || Introduction|| Physics Guruji|| JEE MAINS/ NEET/ AIIMS

Capacitor and Capacitance-1 || Introduction|| Physics Guruji|| JEE MAINS/ NEET/ AIIMS

Electrostatic Pressure || Electric field near a charged conductor

Electrostatic Pressure || Electric field near a charged conductor

Equilibrium of a charge system || Resnick and halliday || problem-50

Equilibrium of a charge system || Resnick and halliday || problem-50

POTENTIAL ENERGY OF A DIPOLE IN A UNIFORM ELECTRIC FIELD || STABLE AND UNSTABLE EQUILIBRIUM

POTENTIAL ENERGY OF A DIPOLE IN A UNIFORM ELECTRIC FIELD || STABLE AND UNSTABLE EQUILIBRIUM

ELECTRIC POTENTIAL || EQUIPOTENTIAL SURFACE || POTENTIAL ENERGY OF DISCREET CHARGE SYSTEM

ELECTRIC POTENTIAL || EQUIPOTENTIAL SURFACE || POTENTIAL ENERGY OF DISCREET CHARGE SYSTEM

ELECTRIC POTENTIAL ON THE AXIS OF A CHARGED CIRCULAR RING || ELECTRIC FIELD FROM POTENTIAL

ELECTRIC POTENTIAL ON THE AXIS OF A CHARGED CIRCULAR RING || ELECTRIC FIELD FROM POTENTIAL

ELECTRIC POTENTIAL DUE TO A CHARGED SPHERE || UNIFORMLY CHARGED SPHERE

ELECTRIC POTENTIAL DUE TO A CHARGED SPHERE || UNIFORMLY CHARGED SPHERE

ELECTRIC POTENTIAL DUE TO A CHARGED SPHERICAL SHELL | POTENTIAL DUE TO A CHARGED SPHERICAL CONDUCTOR

ELECTRIC POTENTIAL DUE TO A CHARGED SPHERICAL SHELL | POTENTIAL DUE TO A CHARGED SPHERICAL CONDUCTOR

ELECTRIC POTENTIAL | POTENTIAL ENERGY | ELECTRIC POTENTIAL DUE TO A POINT CHARGE

ELECTRIC POTENTIAL | POTENTIAL ENERGY | ELECTRIC POTENTIAL DUE TO A POINT CHARGE

ELECTRIC POTENTIAL DUE TO A DIPOLE | AT ANY POSITION | DERIVATION OF ELECTRIC FIELD FROM POTENTIAL

ELECTRIC POTENTIAL DUE TO A DIPOLE | AT ANY POSITION | DERIVATION OF ELECTRIC FIELD FROM POTENTIAL

ELECTRIC FIELD DUE TO CONCENTRIC SPHERICAL SHELLS | APPLICATION OF GAUSS THEOREM | CLASS-12 PHYSICS

ELECTRIC FIELD DUE TO CONCENTRIC SPHERICAL SHELLS | APPLICATION OF GAUSS THEOREM | CLASS-12 PHYSICS

ELECTRIC FIELD DUE TO A CHARGED SPHERICAL SHELL | ELECTRIC FIELD DUE TO A CHARGED CONDUCTING SPHERE

ELECTRIC FIELD DUE TO A CHARGED SPHERICAL SHELL | ELECTRIC FIELD DUE TO A CHARGED CONDUCTING SPHERE

DIPOLE IN A UNIFORM EXTERNAL FIELD || DIPOLE OSCILLATION IN UNIFORM ELECTRIC FIELD | [TIME PERIOD]]

DIPOLE IN A UNIFORM EXTERNAL FIELD || DIPOLE OSCILLATION IN UNIFORM ELECTRIC FIELD | [TIME PERIOD]]

ELECTRIC FIELD | ON THE AXIS | OF AN ELECTRIC DIPOLE

ELECTRIC FIELD | ON THE AXIS | OF AN ELECTRIC DIPOLE

ELECTRIC FIELD | ON THE PERPENDICULAR BISECTOR | OF A CHARGED ROD

ELECTRIC FIELD | ON THE PERPENDICULAR BISECTOR | OF A CHARGED ROD

ELECTRIC FIELD INTENSITY DUE TO A SPHERE OF UNIFORM VOLUME CHARGE DENSITY [INSIDE AND OUTSIDE]

ELECTRIC FIELD INTENSITY DUE TO A SPHERE OF UNIFORM VOLUME CHARGE DENSITY [INSIDE AND OUTSIDE]

ELECTRIC FIELD DUE TO AN INFINITE PLANE SHEET|| ELECTRIC FIELD DUE TO INFINITE SHEET OF CHARGE

ELECTRIC FIELD DUE TO AN INFINITE PLANE SHEET|| ELECTRIC FIELD DUE TO INFINITE SHEET OF CHARGE

MOTION OF AN ELECTRON IN AN ELECTRIC FIELD| MOTION OF A CHARGED PARTICLE IN A UNIFORM ELECTRIC FIELD

MOTION OF AN ELECTRON IN AN ELECTRIC FIELD| MOTION OF A CHARGED PARTICLE IN A UNIFORM ELECTRIC FIELD

DERIVATION OF ELECTRIC FIELD DUE A POINT CHARGE || APPLICATION OF GAUSS THEOREM|| IN ENGLISH

DERIVATION OF ELECTRIC FIELD DUE A POINT CHARGE || APPLICATION OF GAUSS THEOREM|| IN ENGLISH

ELECTRIC FIELD ON THE AXIS OF A UNIFORMLY CHARGED DISC||ELECTRIC FIELD DUE TO UNIFORMLY CHARGED DISC

ELECTRIC FIELD ON THE AXIS OF A UNIFORMLY CHARGED DISC||ELECTRIC FIELD DUE TO UNIFORMLY CHARGED DISC

HOW TO MEASURE CORRECT TEMPERATURE BY A FAULTY THERMOMETER || JEE MAINS|| NEET|| IN ENGLISH

HOW TO MEASURE CORRECT TEMPERATURE BY A FAULTY THERMOMETER || JEE MAINS|| NEET|| IN ENGLISH

Semiconductor electronics | N type and P type Semiconductors| [Extrinsic Semiconductors] |In English

Semiconductor electronics | N type and P type Semiconductors| [Extrinsic Semiconductors] |In English

Semiconductor Electronics || Lecture-1|| Electron and hole|| Band gap|| In English||

Semiconductor Electronics || Lecture-1|| Electron and hole|| Band gap|| In English||

Pulley Mass system || Constrained Motion|| From H C Verma |

Pulley Mass system || Constrained Motion|| From H C Verma |

Combination of spring and rubber band

Combination of spring and rubber band

Electric field due to infinitely long line charge

Electric field due to infinitely long line charge

Proof of the Gauss's law

Proof of the Gauss's law

Electric Flux in English ||Class-12 Physics

Electric Flux in English ||Class-12 Physics

Gauss's law|| SOLID ANGLE CONCEPT|| CLASS-12 PHYSICS

Gauss's law|| SOLID ANGLE CONCEPT|| CLASS-12 PHYSICS

GAUSS'S LAW|| AREA AS A VECTOR

GAUSS'S LAW|| AREA AS A VECTOR

ALTERNATING CURRENT || CONCEPT|| AVERAGE VALUE ||RMS VALUE

ALTERNATING CURRENT || CONCEPT|| AVERAGE VALUE ||RMS VALUE

Application of kirchhoff's law|| Best methode

Application of kirchhoff's law|| Best methode

JEE PHYSICS JEE, NEET guide Live Stream

JEE PHYSICS JEE, NEET guide Live Stream

CLASS-12 PHYSICS||TORQUE ON AN ELECTRIC DIPOLE|| FREQUENCY OF OSCILLATION IN EXTARNAL FIELD

CLASS-12 PHYSICS||TORQUE ON AN ELECTRIC DIPOLE|| FREQUENCY OF OSCILLATION IN EXTARNAL FIELD

ELECTRIC FIELD AT ANY POINT DUE TO AN ELECTRIC DIPOLE || ELECTRIC FIELD INTENSITY AT ANY POINT

ELECTRIC FIELD AT ANY POINT DUE TO AN ELECTRIC DIPOLE || ELECTRIC FIELD INTENSITY AT ANY POINT

Electric field on the perpendicular bisector of an electric dipole [electric dipole]

Electric field on the perpendicular bisector of an electric dipole [electric dipole]

CLASS-12 PHYSICS|| ELECTRIC DIPOLE|| DIPOLE MOMENT|| ELECTRIC FIELD ON THE AXIS OF A DIPOLE

CLASS-12 PHYSICS|| ELECTRIC DIPOLE|| DIPOLE MOMENT|| ELECTRIC FIELD ON THE AXIS OF A DIPOLE

Equivalent resistance of symmetrical circuits [mixed combination of resistances]

Equivalent resistance of symmetrical circuits [mixed combination of resistances]

CLASS-12 PHYSICS|| ELECTRIC FIELD|| NECESSITY OF ELECTRIC FIELD

CLASS-12 PHYSICS|| ELECTRIC FIELD|| NECESSITY OF ELECTRIC FIELD

SUPERPOSITION PRINCIPLE || ELECTROSTATICS || CLASS-12 PHYSICS

SUPERPOSITION PRINCIPLE || ELECTROSTATICS || CLASS-12 PHYSICS

Equivalent spring constant||Work, energy, power||class-11 physics

Equivalent spring constant||Work, energy, power||class-11 physics

COULOMB'S LAW IN VECTOR FORM || CLASS-12 PHYSICS|| CHAPTER-1

COULOMB'S LAW IN VECTOR FORM || CLASS-12 PHYSICS|| CHAPTER-1

AVERAGE VELOCITY IN NONUNIFORM MOTION|| CLASS-11 PHYSICS||CHAPTER-3|| LECTURE-3

AVERAGE VELOCITY IN NONUNIFORM MOTION|| CLASS-11 PHYSICS||CHAPTER-3|| LECTURE-3

CLASS 12 PHYSICS||COULOMB'S LAW|| PERMITTIVITY || UNIT AND DIMENSION

CLASS 12 PHYSICS||COULOMB'S LAW|| PERMITTIVITY || UNIT AND DIMENSION

CLASS 11 PHYSICS|| MOTION IN STRAIGHT LINE || DISTANCE AND DISPLACEMENT

CLASS 11 PHYSICS|| MOTION IN STRAIGHT LINE || DISTANCE AND DISPLACEMENT

ELECTROSTATICS ||INTRODUCTION ||CONSERVATION &QUANTIZATION OF CHARGE ||

ELECTROSTATICS ||INTRODUCTION ||CONSERVATION &QUANTIZATION OF CHARGE ||

Class 11 Physics|| Chapter-3|| Motion in Straight line|| Rest and motion|| Frame of reference

Class 11 Physics|| Chapter-3|| Motion in Straight line|| Rest and motion|| Frame of reference

MAGNETIC FIELD AT THE CENTER OF A CICULAR CURRENT CARRYING LOOP|| BATTERY IS CONNECTED||

MAGNETIC FIELD AT THE CENTER OF A CICULAR CURRENT CARRYING LOOP|| BATTERY IS CONNECTED||

SIGNIFICANT DIGITS || ROUNDING OFF

SIGNIFICANT DIGITS || ROUNDING OFF

ORDER OF MAGNITUDE || WHY?|| HOW

ORDER OF MAGNITUDE || WHY?|| HOW

VALIDITY OF GAUSS'S LAW|| IF COULOMB'S LAW BE CHANGED|| BOARD EXAM

VALIDITY OF GAUSS'S LAW|| IF COULOMB'S LAW BE CHANGED|| BOARD EXAM

MAGNETIC FIELD AT THE CENTRE OF A CIRCULAR LOOP|| CURRENT CARRYING || TWO DIFFERENT RADII

MAGNETIC FIELD AT THE CENTRE OF A CIRCULAR LOOP|| CURRENT CARRYING || TWO DIFFERENT RADII

EQUIVALANT RESISTANCE || H C VERMA || CURRENT ELECTRICITY || PROBLEM -45-B

EQUIVALANT RESISTANCE || H C VERMA || CURRENT ELECTRICITY || PROBLEM -45-B

Problem on Newton's laws of motion || friction || Pulley problem||

Problem on Newton's laws of motion || friction || Pulley problem||

ERROR CALCULATION|| PART-2

ERROR CALCULATION|| PART-2

ERRORS IN MEASUREMENT

ERRORS IN MEASUREMENT

H C VERMA DIMENSION PROBLEM

H C VERMA DIMENSION PROBLEM

APPLICATION OF DIMENSIONAL ANALYSIS

APPLICATION OF DIMENSIONAL ANALYSIS

DIMENSION OF PHYSICAL QUANTITIES

DIMENSION OF PHYSICAL QUANTITIES

Electric field at the center of a semicircular charged ring part 2

Electric field at the center of a semicircular charged ring part 2

Electric field at the center of a semicircular charged ring

Electric field at the center of a semicircular charged ring

Maximum value of electric field on the axis of a charged circular ring|| Electrostatics class 12

Maximum value of electric field on the axis of a charged circular ring|| Electrostatics class 12

Oscillation of a charged particle near the center of a charged ring

Oscillation of a charged particle near the center of a charged ring

ELECTRIC FIELD ON THE AXIS OF A CHARGED CIRCULAR RING|| ELECTRIC FIELD ON THE AXIS

ELECTRIC FIELD ON THE AXIS OF A CHARGED CIRCULAR RING|| ELECTRIC FIELD ON THE AXIS

Equilibrium of three linear point charges || Class-12 Physics || Electric field and charges||

Equilibrium of three linear point charges || Class-12 Physics || Electric field and charges||

NEET 2019 PHYSICS SOLUTIONS

NEET 2019 PHYSICS SOLUTIONS

JEE ADVANCED - 2013: PROJECTILE MOTION

JEE ADVANCED - 2013: PROJECTILE MOTION

Frequency of an unknown tuning fork Part-1

Frequency of an unknown tuning fork Part-1

Resistance of a cube about diagonally opposite points of it's any face

Resistance of a cube about diagonally opposite points of it's any face

Short tricks ||Object and image position of concave mirror|| ray optics|| class 12 physics

Short tricks ||Object and image position of concave mirror|| ray optics|| class 12 physics

Resistance of a stretched wire part-2

Resistance of a stretched wire part-2

Resistance of stretched wire part -1

Resistance of stretched wire part -1

Equivalent Resistance of a cube about diagonally opposite points

Equivalent Resistance of a cube about diagonally opposite points

Bending of light in simple word

Bending of light in simple word

Problem on pulley from IIT JEE 2001

Problem on pulley from IIT JEE 2001

Why we use sign convension in ray optics two times

Why we use sign convension in ray optics two times

A capacitotor is made of four plates || inner plates are connected to battery|| outer plates joined

A capacitotor is made of four plates || inner plates are connected to battery|| outer plates joined

combination of mirror and lens || class 12 physics || ray optics class 12 || manoj karmakar

combination of mirror and lens || class 12 physics || ray optics class 12 || manoj karmakar

Problem on tension

Problem on tension

Falling of rod with rotation

Falling of rod with rotation

CLASS-11 PHYSICS||A problem on kinematics||Velocity-time graph|| Velocity as function of time

CLASS-11 PHYSICS||A problem on kinematics||Velocity-time graph|| Velocity as function of time

Problem on kinematics

Problem on kinematics

Equivalant resistance

Equivalant resistance

Problem on kinemetics

Problem on kinemetics

A problem on gravitation||H C VERMA||

A problem on gravitation||H C VERMA||

Friction|| A ball rolling down a inclined plane|| distance travels in frictional surface

Friction|| A ball rolling down a inclined plane|| distance travels in frictional surface

Wire of resistance R is bent to a circle|| Equivalent resistance

Wire of resistance R is bent to a circle|| Equivalent resistance

Friction problem 21 from Concept of Physics by H C Verma

Friction problem 21 from Concept of Physics by H C Verma