Velocity of a Transverse wave in a String

Friction | Block on Block-1 | Friction Between Two Blocks | JEE Physics | JEE Main & Advanced

Friction | Pushing & Pulling Forces | Static & Kinetic Friction | JEE Physics

Static and Kinetic Friction

Pyroelectricity

Internal Field | Dielectrics| Applied Physics | JNTUH | B.Tech

Newton's Equations of Motion in Spherical Coordinates | Engineering Physics

Longitudinal Waves in Solid bar || Engineering Physics || JNTUH

Longitudinal Wave Velocity along Tube of Gas | Engineering Physics |@www.vignanasaraswahi.in

Orthographic Projections(Part-2)|Engineering Graphics

Norton's Theorem with Example | Basic Electrical Engineering |JNTUH

Orthographic Projections(Part-1)|Engineering Graphics

Thevenin's Theorem Example Problem and Solution | BEE | JNTUH

Standing Waves in Pipe | Engineering Physics

Construction, Principle, Acceptance angle and Numerical Aperture of an Optical Fiber

Thevenin's Theorem | Basic Electrical Engineering | First Year B.Tech

Standing waves along stretched string and eigen frequencies | Engineering Physics

Reflection of transverse wave at the boundary of two strings of different impedances

Impedance matching | Engineering Physics |JNTUH

Transverse wave velocity along stretched string | Engineering Physics

Modes of vibration of streched string clamped at both the ends(harmonic waves) | Engineering Physics

Superposition Theorem | Basic Electrical Engineering | B.Tech

Compton effect and Derivation of Compton Shift |Applied Physics

Electrical Forced Oscillator | Engineering Physics | JNTUH

Electrical Simple Harmonic Oscillator | Engineering Physics | JNTUH

Electrical Damped Harmonic Oscillator (Growth) | Engineering Physics

Electrical Damped Harmonic Oscillator (Decay) | Engineering Physics

Forced vibrations, Instantaneous power of driven oscillator(Mechanical) |Engineering Physics | JNTUH

Energy dissipation, logarithmic decrement in damping Harmonic oscillator |Engineering Physics | JNTU

Damped Harmonic Oscillator | Engineering Physics | JNTUH

Simple Harmonic Motion | Engineering Physics | JNTUH

Solving Newton’s equations of motion in Cylindrical Coordinates | Engineering Physics | JNTU

Solving Newton’s equations of motion in Polar Coordinates | Engineering Physics | JNTU

Test of Hypothesis | Probability And Statistics | Engineering Math's

Sampling Distribution |Probability And Statistics| Engineering Math's |JNTU

Cartesian, Polar, Cylindrical and Spherical Coordinate Systems |Engineering Physics

Form invariance of Newton’s second law | Engineering Physics

Transformation of Vectors under rotation transformation|Engineering Physics

Stewart and Gee's Experiment | Applied Physics | JNTUH

IV characteristics of LED(Experiment)|Applied Physics

Radiative and Non radiative recombination mechanisms|Applied Physics|JNTUH

Lithium Cell|Electrochemistry|Engineering Chemistry

Particular Integrals(L-2)|Higher Order Linear Differential Equation|Mathematics-II

Problems on Gradient-1(U4.3)|Vector Differentiation|Mathematics-II|B.Tech|JNTUH

Scalar,Vector Point Function and Level Surface(U4.1)|Vector Differentiation|M-II|B.Tech|JNTUH

Vector Differential Operator and Gradient Operator|Vector Differentiation(U4.2)|Mathematics-II|JNTUH

Higher Order Linear Differential Equation |Finding Complementary Function| Mathematics-II | B.Tech

Schrodinger time independent equation(U1.7)|Quantum Mechanics| Applied Physics |B.Sc.| B.Tech

Particle in one dimensional box(U1.8) | Quantum Mechanics| Applied Physics |B.Sc.| B.Tech

Derivation of Maxwell's Equations(Telugu)|Applied Physics|B.Tech|JNTUH

Derivation of Equation of Continuity(Telugu)| Applied Physics|B.Tech|B.Sc

Derivation of Ionic Polarizability|Applied Physics|B.Tech|B.Sc

Derivation of Electronic Polarizability|Dielectrics|Applied Physics|B.Sc Physics

Relation between Einstein's coefficients| LASERS |B.Sc | B.Tech |Applied Physics

Absorption|Spontaneous Emission|Stimulated Emission|Lasers|Applied Physics|Animation

Clausius-Mossotti Relation|Dielectrics|Applied Physics|Notes

Types of polarization's|Dielectrics|Applied Physics

Internal Field|Dielectrics|Applied Physics