Канал: Department of Humanities and Sciences AITS Rajampet

Annamacharya University, Rajampet, Aerial View

Annamacharya University, Rajampet, Aerial View

2.4 Electrical circuits

2.4 Electrical circuits

2.3 Simultaneous L D E

2.3 Simultaneous L D E

2.2 Legendre's linear equation

2.2 Legendre's linear equation

2.1 Cauchy's Linear Equation

2.1 Cauchy's Linear Equation

3.4 Method of separation of variables

3.4 Method of separation of variables

3.2 Linear Partial differential equations

3.2 Linear Partial differential equations

3.3 Charpit's method

3.3 Charpit's method

3.1 Formation of partial differential equation

3.1 Formation of partial differential equation

2.3 Quadratic form of a matrix

2.3 Quadratic form of a matrix

5.3 Relation between Beta function and Gamma function

5.3 Relation between Beta function and Gamma function

5.1 Gamma function

5.1 Gamma function

5.2 Beta function

5.2 Beta function

4.5 Areas enclosed by plane curves.

4.5 Areas enclosed by plane curves.

4.4 Triple integrals

4.4 Triple integrals

4.3 Change of order of integration in double integrals

4.3 Change of order of integration in double integrals

4.2 Change of variables in double integrals

4.2 Change of variables in double integrals

4.1 Double Integrals

4.1 Double Integrals

3.6 Lagrange's Method

3.6 Lagrange's Method

3.5 Maxima and Minima

3.5 Maxima and Minima

3.4 Jacobian

3.4 Jacobian

3.3 Total derivative and Chain rule

3.3 Total derivative and Chain rule

3.2 Partial derivatives

3.2 Partial derivatives

3.1 Taylor's series and Maclaurin's series

3.1 Taylor's series and Maclaurin's series

2.2 Diagonalization of a matrix

2.2 Diagonalization of a matrix

1.4 Eigen values and Eigen vectors

1.4 Eigen values and Eigen vectors

2.1 Cayley Hamilton Theorem

2.1 Cayley Hamilton Theorem

1.3 Homogenous system of linear equations

1.3 Homogenous system of linear equations

1.2 Canonical form of a matrix

1.2 Canonical form of a matrix

1.1 Echelon form of a matrix

1.1 Echelon form of a matrix

11th Graduation Day of Annamacharya Institute of Technology and Sciences Rajampet

11th Graduation Day of Annamacharya Institute of Technology and Sciences Rajampet

25th Annual Day Celebrations on 20th May 2023

25th Annual Day Celebrations on 20th May 2023

Sri C Gangi Reddy Speech

Sri C Gangi Reddy Speech

Smt.Deepthi Speech on CGR Felicitation

Smt.Deepthi Speech on CGR Felicitation

Smt.Sasikala Speech on CGR Felicitation

Smt.Sasikala Speech on CGR Felicitation

Sri C Yeilla Reddy Speech on CGR Felicitation 2022

Sri C Yeilla Reddy Speech on CGR Felicitation 2022

Sir.C.Abhishek Reddy Speech on CGR Felicitation 2022

Sir.C.Abhishek Reddy Speech on CGR Felicitation 2022

10th Graduation Day of AITS Rajampet (Full Event)

10th Graduation Day of AITS Rajampet (Full Event)

Aerial View of AITS Rajampet

Aerial View of AITS Rajampet

24th Annual Day Celebrations of Annamacharya Institute of Technology and Sciences Rajampet

24th Annual Day Celebrations of Annamacharya Institute of Technology and Sciences Rajampet

10th Graduation Day of Annamacharya Institute of Technology and Sciences Rajampet

10th Graduation Day of Annamacharya Institute of Technology and Sciences Rajampet

AITS Rajampet

AITS Rajampet

9th Graduation Ceremony AITS Rajampet 09.10.21

9th Graduation Ceremony AITS Rajampet 09.10.21

Department of Humanities and Sciences AITS Rajampet Live Stream

Department of Humanities and Sciences AITS Rajampet Live Stream

AITS Rajampet - One of the best engineering colleges in Andhra Pradesh

AITS Rajampet - One of the best engineering colleges in Andhra Pradesh

An invited talk by Sri Jaya Prakash Narayan

An invited talk by Sri Jaya Prakash Narayan

Determination of viscosity of lubricating oil by Redwood Viscometer 1

Determination of viscosity of lubricating oil by Redwood Viscometer 1

Estimation of mixture of acids by conductometric titration

Estimation of mixture of acids by conductometric titration

Determination of Chromium (VI) in Potassium dichromate by Photo-colorimetry

Determination of Chromium (VI) in Potassium dichromate by Photo-colorimetry

Preparation of Phenol formaldehyde resin

Preparation of Phenol formaldehyde resin

Determination of strength of an acid by PH Metric method

Determination of strength of an acid by PH Metric method

Estimation of Ferrous iron by Potentiometry

Estimation of Ferrous iron by Potentiometry

Estimation of Active Chlorine in Bleaching powder

Estimation of Active Chlorine in Bleaching powder

Estimation of Copper by Iodometry

Estimation of Copper by Iodometry

$Applied Physics_ Unit- I _Diffraction due to single slit$

Applied Physics_ Unit- I _Diffraction due to single slit

Hall Effect Experiment

Hall Effect Experiment

Steweart Gees Experiment

Steweart Gees Experiment

Dielectric constant Experiment

Dielectric constant Experiment

Fiber Optics Experiment

Fiber Optics Experiment

BH curve _Experiment

BH curve _Experiment

Applied Physics_ Unit- II_ Types of Polarization and frequency dependency

Applied Physics_ Unit- II_ Types of Polarization and frequency dependency

4 Building materials - Portland Cement - constituents & manufacture. Setting & Hardening of cement

4 Building materials - Portland Cement - constituents & manufacture. Setting & Hardening of cement

5.2 Characterization of nano materials by SEM (20AC14T)

5.2 Characterization of nano materials by SEM (20AC14T)

5.1 Nano Materials: Introduction - chemical synthesis of nano materials by Sol-gel method

5.1 Nano Materials: Introduction - chemical synthesis of nano materials by Sol-gel method

5.4 Smart Materials – Types, Selfhealing materials, Shape memory alloys and uses

5.4 Smart Materials – Types, Selfhealing materials, Shape memory alloys and uses

5.3 Applications of nano materials in wastewater treatment, lubricants, and engines (20AC14T)

5.3 Applications of nano materials in wastewater treatment, lubricants, and engines (20AC14T)

3.8 Alternative fuels - Power alcohol (20AC14T)

3.8 Alternative fuels - Power alcohol (20AC14T)

3.3 Mechanism of chain growth and step growth polymerization

3.3 Mechanism of chain growth and step growth polymerization

3.5 Preparation, properties and uses of PVC and Bakelite

3.5 Preparation, properties and uses of PVC and Bakelite

3.7 Knocking and anti-knock agents, Octane and Cetane values

3.7 Knocking and anti-knock agents, Octane and Cetane values

3.6 Types of fuels, calorific value, liquid fuels Refining of petroleum

3.6 Types of fuels, calorific value, liquid fuels Refining of petroleum

3.4 Differences between Thermoplastic and Thermosetting resins

3.4 Differences between Thermoplastic and Thermosetting resins

3.2 Functionality of monomers

3.2 Functionality of monomers

3.1 Introduction to polymers

3.1 Introduction to polymers

An Invited Talk on Gender Discrimination and Wayforward by K G V Saritha, Additional SP, CID AP

An Invited Talk on Gender Discrimination and Wayforward by K G V Saritha, Additional SP, CID AP

Estimation of Ferrous iron by Dichrometry.

Estimation of Ferrous iron by Dichrometry.

Estimation of Zinc by Complexometry

Estimation of Zinc by Complexometry

2.10 Factors affecting corrosion, nature of the metal environment (20AC14T)

2.10 Factors affecting corrosion, nature of the metal environment (20AC14T)

2.11 Corrosion controlling methods Sacrificial & Impressed current cathodic protection (20AC14T)

2.11 Corrosion controlling methods Sacrificial & Impressed current cathodic protection (20AC14T)

2.9 Corrosion Definition, theories of dry and electro chemical corrosion (20AC14T)

2.9 Corrosion Definition, theories of dry and electro chemical corrosion (20AC14T)

2.5 Primary Cell, Dry Leclanche cell (20AC14T)

2.5 Primary Cell, Dry Leclanche cell (20AC14T)

2.8 Fuel cell, Hydrogen Oxygen fuel cell (20AC14T)

2.8 Fuel cell, Hydrogen Oxygen fuel cell (20AC14T)

2.7 Nickel Cadmium cell, Lithium batteries Lithium MnO2 (20AC14T)

2.7 Nickel Cadmium cell, Lithium batteries Lithium MnO2 (20AC14T)

2.6 Secondary cell, Lead acid storage cell (20AC14T)

2.6 Secondary cell, Lead acid storage cell (20AC14T)

2.4 Electrochemical series and its applications (20AC14T)

2.4 Electrochemical series and its applications (20AC14T)

2.2 Nernst’s equation (20AC14T)

2.2 Nernst’s equation (20AC14T)

2.3 Reference electrodes, Hydrogen and Calomel electrodes (20AC14T)

2.3 Reference electrodes, Hydrogen and Calomel electrodes (20AC14T)

2.1 Electrode potential, Determination of Single electrode potential (20AC14T)

2.1 Electrode potential, Determination of Single electrode potential (20AC14T)

1.4 Specifications of drinking water Indian BIS and WHO Standards | Engineering Chemistry (20AC14T)

1.4 Specifications of drinking water Indian BIS and WHO Standards | Engineering Chemistry (20AC14T)

1.2 Estimation of Hardness by EDTA Method | Engineering Chemistry (20AC14T)

1.2 Estimation of Hardness by EDTA Method | Engineering Chemistry (20AC14T)

1.7 Desalination of Brackish water RO and ED process | Engineering Chemistry (20AC14T)

1.7 Desalination of Brackish water RO and ED process | Engineering Chemistry (20AC14T)

1.6 Ion exchange process | Engineering Chemistry (20AC14T)

1.6 Ion exchange process | Engineering Chemistry (20AC14T)

1.5 Industrial Water Treatment - Zeolite | Engineering Chemistry (20AC14T)

1.5 Industrial Water Treatment - Zeolite | Engineering Chemistry (20AC14T)

1.3 Boiler troubles scale, sludge, Priming and foaming | Engineering Chemistry (20AC14T)

1.3 Boiler troubles scale, sludge, Priming and foaming | Engineering Chemistry (20AC14T)

1.1 Introduction, Hard water and soft water | Engineering Chemistry (20AC14T)

1.1 Introduction, Hard water and soft water | Engineering Chemistry (20AC14T)

5.6 Cyclodextrin based switches, in and out switching, back and forth switching

5.6 Cyclodextrin based switches, in and out switching, back and forth switching

5.4 Systems based on Catenanes

5.4 Systems based on Catenanes

5.5 Introduction to Molecular switches

5.5 Introduction to Molecular switches

5.3 An Autonomous light powered molecular motor

5.3 An Autonomous light powered molecular motor

5.2 Prototypes, linear motion in rotaxanes, acid base controlled molecularshuttle molecular elevator

5.2 Prototypes, linear motion in rotaxanes, acid base controlled molecularshuttle molecular elevator

5.1 Rotaxanes and Catenanes as artificial molecular machines

5.1 Rotaxanes and Catenanes as artificial molecular machines

1.7 Desalination of Brackish water RO and ED process | Engineering Chemistry (20AC14T)

1.7 Desalination of Brackish water RO and ED process | Engineering Chemistry (20AC14T)

1.6 Ion exchange process | Engineering Chemistry (20AC14T)

1.6 Ion exchange process | Engineering Chemistry (20AC14T)

1.5 Industrial Water Treatment Zeolite | Engineering Chemistry (20AC14T)

1.5 Industrial Water Treatment Zeolite | Engineering Chemistry (20AC14T)

1.4 Specifications of drinking water Indian BIS and WHO Standards | Engineering Chemistry (20AC14T)

1.4 Specifications of drinking water Indian BIS and WHO Standards | Engineering Chemistry (20AC14T)

1.3 Boiler troubles scale, sludge, Priming and foaming | Engineering Chemistry (20AC14T)

1.3 Boiler troubles scale, sludge, Priming and foaming | Engineering Chemistry (20AC14T)

4.1 Method of Separation of Variables /Partial Differential equations and Complex Variables

4.1 Method of Separation of Variables /Partial Differential equations and Complex Variables

1.2 Estimation of Hardness by EDTA Method | Engineering Chemistry (20AC14T)

1.2 Estimation of Hardness by EDTA Method | Engineering Chemistry (20AC14T)

1.1 Introduction, Hard water and soft water | Engineering Chemistry (20AC14T)

1.1 Introduction, Hard water and soft water | Engineering Chemistry (20AC14T)

5.4 Complex integral theorems / Partial Differential equations and Complex Variables

5.4 Complex integral theorems / Partial Differential equations and Complex Variables

5.3.1 Finding Conjugate harmonic function / Partial Differential equations and Complex Variables

5.3.1 Finding Conjugate harmonic function / Partial Differential equations and Complex Variables

5.3 Harmonic functions/ Partial Differential equations and Complex Variables

5.3 Harmonic functions/ Partial Differential equations and Complex Variables

5.2 Cauchy Riemann equations/ Partial Differential equations and Complex Variables

5.2 Cauchy Riemann equations/ Partial Differential equations and Complex Variables

5.1.1 Differentiability and Analyticity / Partial Differential equations and Complex Variables

5.1.1 Differentiability and Analyticity / Partial Differential equations and Complex Variables

5.1 Introduction to complex variables/Partial Differential equations and Complex Variables

5.1 Introduction to complex variables/Partial Differential equations and Complex Variables

3.1 Fourier series for functions of any period/Partial Differential equations and Complex Variables

3.1 Fourier series for functions of any period/Partial Differential equations and Complex Variables

3.2 Fourier series for even and odd functions/Partial Differential equations and Complex Variables

3.2 Fourier series for even and odd functions/Partial Differential equations and Complex Variables

3.3 Half range Fourier series/Partial Differential Equations and Complex Variables

3.3 Half range Fourier series/Partial Differential Equations and Complex Variables

2.4 Modern batteries Zinc air

2.4 Modern batteries Zinc air

2.3 Applications of Laplace transform to ODE | Partial Differential equations & Complex Variables

2.3 Applications of Laplace transform to ODE | Partial Differential equations & Complex Variables

2.1.2 Inverse Laplace transform of derivatives | Partial Differential equations & Complex Variables

2.1.2 Inverse Laplace transform of derivatives | Partial Differential equations & Complex Variables

2.2 Convolution theorem | Partial Differential equations & Complex Variables

2.2 Convolution theorem | Partial Differential equations & Complex Variables

2.1.1 Inverse Laplace Transform of Std functions | Partial Differential equations & ComplexVariables

2.1.1 Inverse Laplace Transform of Std functions | Partial Differential equations & ComplexVariables

5.2.1 Problems on Stokes Theorem | Differential equations & Vector Calculus

5.2.1 Problems on Stokes Theorem | Differential equations & Vector Calculus

4.5.1 Problems on Line integral | Differential equations & Vector Calculus

4.5.1 Problems on Line integral | Differential equations & Vector Calculus

4.6.1 Problems on Surface integral | Differential equations and Vector Calculus

4.6.1 Problems on Surface integral | Differential equations and Vector Calculus

4.4.1 Problems on Del applied twice to ScalarPoint function | DifferentialEquations & VectorCalculus

4.4.1 Problems on Del applied twice to ScalarPoint function | DifferentialEquations & VectorCalculus

5.1.1 Problems on Green’s theorem | Differential equations & Vector calculus

5.1.1 Problems on Green’s theorem | Differential equations & Vector calculus

4.3.1 Problems on divergence and curl | Differential equations & Vector Calculus

4.3.1 Problems on divergence and curl | Differential equations & Vector Calculus

1.7 Method of Variation of Parameters - Differential equations & Vector calculus

1.7 Method of Variation of Parameters - Differential equations & Vector calculus

Chemistry of Materials | 2.11 Photovoltaic cells and applications

Chemistry of Materials | 2.11 Photovoltaic cells and applications

1.4.2 Division by t Property | Partial Differential equations and Complex Variables

1.4.2 Division by t Property | Partial Differential equations and Complex Variables

1.4.3 Evaluation of integrals | Partial Differential equations and Complex Variables

1.4.3 Evaluation of integrals | Partial Differential equations and Complex Variables

1.4.4 Laplace Transform of Derivatives | Partial Differential equations and Complex Variables

1.4.4 Laplace Transform of Derivatives | Partial Differential equations and Complex Variables

4.2 Gradient | Differential equations & Vector calculus

4.2 Gradient | Differential equations & Vector calculus

1.4.5 Laplace transform of integrals | Partial Differential equations and Complex Variables

1.4.5 Laplace transform of integrals | Partial Differential equations and Complex Variables

1.4.1 Multiplication by t^n Property | Partial Differential equations and Complex Variables

1.4.1 Multiplication by t^n Property | Partial Differential equations and Complex Variables

Chemistry of Materials | 2.8 Nickel Cadmium cell, Lithium batteries Lithium MnO2

Chemistry of Materials | 2.8 Nickel Cadmium cell, Lithium batteries Lithium MnO2

1.3 Change of Scale Property - Partial Differential equations and Complex Variables

1.3 Change of Scale Property - Partial Differential equations and Complex Variables

1.2 First Shifting theorem | Partial Differential equations and Complex Variables

1.2 First Shifting theorem | Partial Differential equations and Complex Variables

1.1 Laplace Transform of Standard Functions | Partial Differential equations and Complex Variables

1.1 Laplace Transform of Standard Functions | Partial Differential equations and Complex Variables

Chemistry of Materials | 2.10 Solar energy and its applications

Chemistry of Materials | 2.10 Solar energy and its applications

Chemistry of Materials | 2.9 Fuel cell, Hydrogen - Oxygen fuel cell

Chemistry of Materials | 2.9 Fuel cell, Hydrogen - Oxygen fuel cell

Chemistry of Materials | 2.7 Secondary cell, Lead acid storage cell

Chemistry of Materials | 2.7 Secondary cell, Lead acid storage cell

Chemistry of Materials | 2.5 Electrochemical series and its applications

Chemistry of Materials | 2.5 Electrochemical series and its applications

Chemistry of Materials | 1.5 Industrial Water Treatment - Zeolite

Chemistry of Materials | 1.5 Industrial Water Treatment - Zeolite

Chemistry of Materials | 1.6 Ion exchange process

Chemistry of Materials | 1.6 Ion exchange process

Chemistry of Materials | 1.2 Estimation of Hardness by EDTA Method

Chemistry of Materials | 1.2 Estimation of Hardness by EDTA Method

Chemistry of Materials | 1.1 Introduction, Hard water and soft water

Chemistry of Materials | 1.1 Introduction, Hard water and soft water

Chemistry of Materials | 2.6 Primary Cell, Dry (Leclanche) cell

Chemistry of Materials | 2.6 Primary Cell, Dry (Leclanche) cell

Chemistry of Materials | 2.4 Weston Cd Cell

Chemistry of Materials | 2.4 Weston Cd Cell

Chemistry of Materials | 2.3 Reference electrodes, Hydrogen and Calomel electrodes

Chemistry of Materials | 2.3 Reference electrodes, Hydrogen and Calomel electrodes

Chemistry of Materials | 2.2 Nernst’s equation

Chemistry of Materials | 2.2 Nernst’s equation

Chemistry of Materials | 2.1 Electrode potential, Determination of Single electrode potential

Chemistry of Materials | 2.1 Electrode potential, Determination of Single electrode potential

Engineering Chemistry | 3.6 Applications of Solar energy

Engineering Chemistry | 3.6 Applications of Solar energy

Engineering Chemistry | 3.5 Chemical Vapor Deposition (CVD) Technique

Engineering Chemistry | 3.5 Chemical Vapor Deposition (CVD) Technique

1.2 Relation between Beta and Gamma functions - Complex variables and Special Functions

1.2 Relation between Beta and Gamma functions - Complex variables and Special Functions

3.1 Formation of Partial Differential Equations-Differential Equations and Vector Calculus

3.1 Formation of Partial Differential Equations-Differential Equations and Vector Calculus

1.6 Rules for finding P.I. when Qx =e^ax V and x V -Differential equations & Vector calculus

1.6 Rules for finding P.I. when Qx =e^ax V and x V -Differential equations & Vector calculus

3.3 Method of Multipliers - Differential equations & Vector calculus

3.3 Method of Multipliers - Differential equations & Vector calculus

1.5 Rules for finding P.I. when Q(x) is a Polynomial in x -Differential equations & Vector calculus

1.5 Rules for finding P.I. when Q(x) is a Polynomial in x -Differential equations & Vector calculus

1.3 Elementary Functions - Complex variables and Special Functions

1.3 Elementary Functions - Complex variables and Special Functions

3.5 Method of Separation of Variables - Differential equations & Vector calculus

3.5 Method of Separation of Variables - Differential equations & Vector calculus

3.2 Method of Grouping - Differential equations & Vector calculus

3.2 Method of Grouping - Differential equations & Vector calculus

3.4 Charpits method - Differential equations & Vector calculus

3.4 Charpits method - Differential equations & Vector calculus

2.09 Non destructive testing and Scan displays

2.09 Non destructive testing and Scan displays

4.3.2 Definite integrals - Complex variables & Special functions

4.3.2 Definite integrals - Complex variables & Special functions

1.1 Introduction to Higher order Linear Differential Equations- Differential Eqn.s & Vector Calculus

1.1 Introduction to Higher order Linear Differential Equations- Differential Eqn.s & Vector Calculus

1.2 Rules for finding Complementary Function - Differential equations & Vector calculus

1.2 Rules for finding Complementary Function - Differential equations & Vector calculus

2.8 Acoustic grating

2.8 Acoustic grating

2.07 Production of Ultrasonic waves

2.07 Production of Ultrasonic waves

Chemistry of Materials | 5.3 Applications of Nanomaterials

Chemistry of Materials | 5.3 Applications of Nanomaterials

Chemistry of Materials | 5.4 Types Of Smart Materials

Chemistry of Materials | 5.4 Types Of Smart Materials

Chemistry of Materials | 5.2 Characterization Of Nanoparticles, BET, SEM & TEM

Chemistry of Materials | 5.2 Characterization Of Nanoparticles, BET, SEM & TEM

1.4 Discrete random variables - Probability & Statistics

1.4 Discrete random variables - Probability & Statistics

5.1 Conformal mapping - Complex variables & Special functions

5.1 Conformal mapping - Complex variables & Special functions

5.2 Problems on Transformations - Complex variables & Special functions

5.2 Problems on Transformations - Complex variables & Special functions

Engineering Chemistry | 3.4 PV cell, Manufacturing of Photovoltaic Cells

Engineering Chemistry | 3.4 PV cell, Manufacturing of Photovoltaic Cells

1.4 Rules for finding P.I when Q(X)=Sinax or Cosax - Differential Equations & Vector Calculus

1.4 Rules for finding P.I when Q(X)=Sinax or Cosax - Differential Equations & Vector Calculus

Engineering Chemistry | 3.3 Doping of Silicon p and n type semi conductors

Engineering Chemistry | 3.3 Doping of Silicon p and n type semi conductors

5.3 Bilinear Transformation - Complex variables & Special functions

5.3 Bilinear Transformation - Complex variables & Special functions

1.3 Rules for finding Particular integral when Q(x)=e^ax - Differential equations & Vector calculus

1.3 Rules for finding Particular integral when Q(x)=e^ax - Differential equations & Vector calculus

4.4 Rouche's Theorem - Complex variables & Special functions

4.4 Rouche's Theorem - Complex variables & Special functions

3.2 Estimation One mean - Probability & Statistics

3.2 Estimation One mean - Probability & Statistics

1.5 Continuous random variable - Probability & Statistics

1.5 Continuous random variable - Probability & Statistics

2.3 Normal Distribution - Probability & Statistics

2.3 Normal Distribution - Probability & Statistics

2.2 Poisson Distribution - Probability & Statistics

2.2 Poisson Distribution - Probability & Statistics

3.3 Estimation for Two means - Probability & Statistics - Probability & Statistics

3.3 Estimation for Two means - Probability & Statistics - Probability & Statistics

2.1 Binomial Distribution - Probability & Statistics - Probability & Statistics

2.1 Binomial Distribution - Probability & Statistics - Probability & Statistics

5.11 Applications of nanomaterials

5.11 Applications of nanomaterials

5.10 XRD & SEM

5.10 XRD & SEM

5.09 Mechanical & thermal properties and synthesis of nanomaterials

5.09 Mechanical & thermal properties and synthesis of nanomaterials

5.08 Introduction, Nano scale principle, Optical and Magnetic properties of nanomaterials

5.08 Introduction, Nano scale principle, Optical and Magnetic properties of nanomaterials

3.4 One Proportion, Two proportions - Probability & Statistics

3.4 One Proportion, Two proportions - Probability & Statistics

5.06 & 5.07 BCS theory , High temperature superconductors and Applications of superconductors

5.06 & 5.07 BCS theory , High temperature superconductors and Applications of superconductors

5.04 & 5.05 Josephson's effect and Flux quantization

5.04 & 5.05 Josephson's effect and Flux quantization

5.03 Types of Superconductors, Josephson's effect

5.03 Types of Superconductors, Josephson's effect

Engineering Chemistry | 3.2 Production of Solar grade Silicon from Quartz

Engineering Chemistry | 3.2 Production of Solar grade Silicon from Quartz

3.1 Sampling Distribution - Probability & Statistics

3.1 Sampling Distribution - Probability & Statistics

2.4.1 Problems on Electrical circuits - Differential equations & Vector calculus

2.4.1 Problems on Electrical circuits - Differential equations & Vector calculus