Канал: conceptual physics

part 2. Electric filed intensity due to dipole on Axial line (dipole axis ) at a point 'p'.

part 2. Electric filed intensity due to dipole on Axial line (dipole axis ) at a point 'p'.

Part 1. Electric filed intensity due to dipole on Axial line (dipole axis) at point 'p'.

Part 1. Electric filed intensity due to dipole on Axial line (dipole axis) at point 'p'.

X-rays spectra... Conceptual interpretation by means of graph.

X-rays spectra... Conceptual interpretation by means of graph.

Physical pendulum VS Simple pendulum.. Does both pendulum have same Time period on same Length???

Physical pendulum VS Simple pendulum.. Does both pendulum have same Time period on same Length???

Case 1. Trick to find increase in KE when increase in linear momentum is given.

Case 1. Trick to find increase in KE when increase in linear momentum is given.

Numerical technique for Addition of vectors by rectangular component method....

Numerical technique for Addition of vectors by rectangular component method....

Precision and Accuracy.... concepts explained

Precision and Accuracy.... concepts explained

Case 2. trick formula for net '' Electric field'' is zero...

Case 2. trick formula for net '' Electric field'' is zero...

Case 1.Trick formula for net ''Electric field'' is zero for two opposite point charges...

Case 1.Trick formula for net ''Electric field'' is zero for two opposite point charges...

Trick formula for Projectile motion MCQ's...

Trick formula for Projectile motion MCQ's...

Concept of distance and displacement in '' Semi-Circular Arc''.

Concept of distance and displacement in '' Semi-Circular Arc''.

Part 2. Derivation and Demonstration of Snell's law on the basis of plane waves...

Part 2. Derivation and Demonstration of Snell's law on the basis of plane waves...

Part 1"Derivation of Snell's law" on the idea of plane wave front...

Part 1"Derivation of Snell's law" on the idea of plane wave front...

part 4.Projectile motion with its mathematical equations in 2D.

part 4.Projectile motion with its mathematical equations in 2D.

Part 3. Projectile motion diagram explained.

Part 3. Projectile motion diagram explained.

Part 2. Projectile motion diagram explained.

Part 2. Projectile motion diagram explained.

Part 1. Introduction to projectile motion with pre-assumption

Part 1. Introduction to projectile motion with pre-assumption

JJ Thomson's Experiment.

JJ Thomson's Experiment.

part 2. numerical of "young double slit experiment".

part 2. numerical of "young double slit experiment".

part 1. Numerical of "Young double slit experiment" .

part 1. Numerical of "Young double slit experiment" .

$part 3. Diffraction of x-rays through crystals.$

part 3. Diffraction of x-rays through crystals.

$part 2. Numerical of Diffraction Grating.$

part 2. Numerical of Diffraction Grating.

$part 1.Numericals of Diffraction Grating.$

part 1.Numericals of Diffraction Grating.

Ex. 8.4 Q23. Equation of Tangent 'T' and 'Normal' line to the given curve...

Ex. 8.4 Q23. Equation of Tangent 'T' and 'Normal' line to the given curve...

Maths 12 grade... Coordinate geometry Ex. 2.4 Q15(i)

Maths 12 grade... Coordinate geometry Ex. 2.4 Q15(i)

Maths. Addition of algebric expressions for grade 9 n 10.

Maths. Addition of algebric expressions for grade 9 n 10.

N-type materials with full approach part 3.

N-type materials with full approach part 3.

P-type materials with full approach. Part 2.

P-type materials with full approach. Part 2.

Basics of semiconductors. Part 1.

Basics of semiconductors. Part 1.

Graph of Photoelectric Effect. Part 7b.

Graph of Photoelectric Effect. Part 7b.

Graph of Photoelectric Effect. Part 7c.

Graph of Photoelectric Effect. Part 7c.

Basic of the graphs of Photoelectric Effect part 7.

Basic of the graphs of Photoelectric Effect part 7.

Graph of Photoelectric Effect 7a.

Graph of Photoelectric Effect 7a.

Einstein's photoelectric equation part 6. ( Formulae sheet for numerical )

Einstein's photoelectric equation part 6. ( Formulae sheet for numerical )

Observations of Photoelectric Effect. Part 5.

Observations of Photoelectric Effect. Part 5.

Crystal clear concept of stopping potential. Part 4.

Crystal clear concept of stopping potential. Part 4.

Experimental setup of Photoelectric Effect. Part 3d.

Experimental setup of Photoelectric Effect. Part 3d.

Experimental setup of Photoelectric Effect. part 3c.

Experimental setup of Photoelectric Effect. part 3c.

Experimental setup of Photoelectric Effect part 3a.

Experimental setup of Photoelectric Effect part 3a.

Experimental setup of Photoelectric Effect. part 3b.

Experimental setup of Photoelectric Effect. part 3b.

The conceptual map about photo electric effect. Part 2.

The conceptual map about photo electric effect. Part 2.

Introduction to Photoelectric Effect. Part 1.

Introduction to Photoelectric Effect. Part 1.

Q. 6.. Numerical from chapter 6...Gravitaion... Most important for board exams

Q. 6.. Numerical from chapter 6...Gravitaion... Most important for board exams

Part 2. Crystal claer concept of band theory of solids.

Part 2. Crystal claer concept of band theory of solids.

Part 3. Crystal claer concept of band theory of solids.

Part 3. Crystal claer concept of band theory of solids.

Part 4. Crystal claer concept of band theory of solids.

Part 4. Crystal claer concept of band theory of solids.

Part1 Crystal clear concept of band theory of solids.

Part1 Crystal clear concept of band theory of solids.

Part 2. Why "g" is always negative!!!

Part 2. Why "g" is always negative!!!

Part1. Why "g" is always negative!!!

Part1. Why "g" is always negative!!!

Part 3. Elastic collision in 1 dimension.

Part 3. Elastic collision in 1 dimension.

Part 4. Elastic collision in 1 dimension.

Part 4. Elastic collision in 1 dimension.

Part 2. Elastic collision in 1 dimension.

Part 2. Elastic collision in 1 dimension.

Part 1. Elastic collision in 1 dimension.

Part 1. Elastic collision in 1 dimension.

Part 2. Law of conservation of (linear) momentum.

Part 2. Law of conservation of (linear) momentum.

Part 3. Law of conservation of (linear) momentum.

Part 3. Law of conservation of (linear) momentum.

Part 1. Law of conservation of (linear) momentum.

Part 1. Law of conservation of (linear) momentum.

Part 2. The sharp concept of Ampere's law.

Part 2. The sharp concept of Ampere's law.

Part 3. The sharp concept of Ampere's law.

Part 3. The sharp concept of Ampere's law.

Part 1.The sharp concept of Ampere's law.

Part 1.The sharp concept of Ampere's law.

Part 4.The sharp concept of Ampere's law.

Part 4.The sharp concept of Ampere's law.

7b. Characteristics of Cross Product of two vectors.

7b. Characteristics of Cross Product of two vectors.

Part 7a.Characteristics of Cross Product of two vectors.

Part 7a.Characteristics of Cross Product of two vectors.

Part 6b. To derive ¦AxB¦ = Area of Parallelogram.

Part 6b. To derive ¦AxB¦ = Area of Parallelogram.

Part 6a. Geometrical significance of Cross product of two vectors.

Part 6a. Geometrical significance of Cross product of two vectors.

Part 5a. The crystal claer concept of cross product by diagram.

Part 5a. The crystal claer concept of cross product by diagram.

Part 5b. Most imp. To prove cross product is anti-conmutative and it is non-commutative.

Part 5b. Most imp. To prove cross product is anti-conmutative and it is non-commutative.

Part 5. Most important... Proof of distributive law of Dot product By Sk. Zeeshan Ahmed

Part 5. Most important... Proof of distributive law of Dot product By Sk. Zeeshan Ahmed

Part 4b. Characteristics of Dot product

Part 4b. Characteristics of Dot product

Part 4a Characteristics of Dot product.

Part 4a Characteristics of Dot product.

Part 3b. The best way to prove A.B = B.A... Commutative law satisfy.

Part 3b. The best way to prove A.B = B.A... Commutative law satisfy.

Part 3a. The best way to prove A. B=B. A

Part 3a. The best way to prove A. B=B. A

Part 2. The real approach of Dot product By Sk. Zeeshan Ahmed

Part 2. The real approach of Dot product By Sk. Zeeshan Ahmed

Product of two vectors with concept map part 1. By Sk. Zeeshan Ahmed

Product of two vectors with concept map part 1. By Sk. Zeeshan Ahmed

Power desipation in a resistor with full approach part 6. By Sk. Zeeshan Ahmed

Power desipation in a resistor with full approach part 6. By Sk. Zeeshan Ahmed

The tengible concept about emf with circuit diagram part 5. By Sk. Zeeshan Ahmed

The tengible concept about emf with circuit diagram part 5. By Sk. Zeeshan Ahmed

Resistivity and temperature coefficient of resistance explained part 4. By Sk. Zeeshan Ahmed.

Resistivity and temperature coefficient of resistance explained part 4. By Sk. Zeeshan Ahmed.

The sharp concept of OHM'S Law.. Part 3a. By SK. Zeeshan Ahmed

The sharp concept of OHM'S Law.. Part 3a. By SK. Zeeshan Ahmed

The sharp concept of OHM'S Law with diagram part 3b. By Sk. ZEESHAN AHMED.

The sharp concept of OHM'S Law with diagram part 3b. By Sk. ZEESHAN AHMED.

Magnified view of the condution of free electron inside the wire when P. D applied. Part 2

Magnified view of the condution of free electron inside the wire when P. D applied. Part 2

Fundamental concepts of current electricity part 1 By Sk. Zeeshan Ahmed.

Fundamental concepts of current electricity part 1 By Sk. Zeeshan Ahmed.

Step by step calculations of UNIT VECTOR. part 3 By Sk. Zeeshan Ahmed

Step by step calculations of UNIT VECTOR. part 3 By Sk. Zeeshan Ahmed

The types of vector with full approach. Part 2. By Sk. Zeeshan Ahmed.

The types of vector with full approach. Part 2. By Sk. Zeeshan Ahmed.

The types of vector with full approach. Part 1 By Sk. Zeeshan Ahmed.

The types of vector with full approach. Part 1 By Sk. Zeeshan Ahmed.

The easy concept of electric potential difference. By Sk. Zeeshan Ahmed

The easy concept of electric potential difference. By Sk. Zeeshan Ahmed

The carnot cycle in thermodynamics by Sk. Zeeshan Ahmed

The carnot cycle in thermodynamics by Sk. Zeeshan Ahmed