SEM-I Mechanical Engg.: All

Course Content

5 sections • 76 lectures • 00h 34m total length

	Lecture 01 Introduction Of Intermolecular force Ideal & real Gas & Vounderwall's gas Equation		00:51:17min
	Lecture 02 Explanation of Real gas From voundarwall's gas equation Numarical calculation		00:53:26min
	Lecture 03 Dipoler bonding, Vounderwall's attraction gas to liquid,Relation betbeen vounderwall's constant & critical constant		00:44:36min
	Lecture 04 Use of free energy in chemical equilibrium Typs of System extensive & intensive property		00:50:49min
	Lecture 05 Specific heat, Capacity, Spontaneous, non-Spontaneous,entropy Gibb's free energy, Numarical Calculation		01:03:41min
	Lecture 06 Gibbs Helmholtz Equation, About Thermochemistry, Thermochemical Equation, Types of Thermochemical Equation		00:48:42min
	Lecture 07 Heat of Reaction (Enthalpy of Reaction), Factors effecting Heat of Reaction, Kirchoff's Equation		00:35:16min
	Lecture 08 Types of Heat of Reaction, Heat of Formation, Numericals based on Heat of Formation		00:31:17min
	Lecture 09 Heat of Combustion, Numerical based on Heat of Combustion, Application of Heat of Combustion, Heat of Neutralisation, Heat of Hydrogenation		00:42:48min
	Lecture 10 Heat of Atomisation, Heat of Transformation, Heat of Veporisation, Heat of Hydration		00:59:21min
	Lecture 11 Bond Energy, Lavoisier and Laplace Law, Hess Law of Constant Heat Summation		00:41:10min
	Lecture 12 Thermochemistry : Problems & Solutions		00:41:08min
	Lecture 13 Thermodynamic Process, Types of Thermodynamic Process, Heat & Work, Sign Convention, 1st Law of Thermodynamics		00:50:25min
	Lecture 14 Heat Capacity, Specific Heat Capacity, Molar Heat Capacity, Spontaneous & Non-Spontaneous Process		00:23:41min
	Lecture 15 Free Energy in Chemical Equilibrium, Thermodynamic Process Types of Thermodynamic Process		00:49:15min
	Lecture 16 Electrochemical Cell, Electrolytic Cell		00:39:52min
	Lecture 17 Electrode Potential, Oxidation Potential, Cell Potential, Electrochemical Series, Concentration Cell, Ohm's Law		01:02:21min
	Lecture 18 Molar Conductivity, Equivalent Conductivity, Kohlrauch's Law, Electrolysis, Faraday's Law of Electrolysis		00:52:28min
	Lecture 19 Batteries, Types of Batteries, Fuel Cell, Corrosion, Rusting of Iron		00:35:28min

	Lecture 01 Introduction, Different types of drawing instruments		00:24:18min
	Lecture 02 First angle and third angle projection method		00:51:55min
	Lecture 03 Sections and Sectional views of right angular solids (Prism, Cylinder, Pyramid, Cone)		00:33:15min
	Lecture 04 Conic Sections		00:37:30min
	Lecture 05 Isometric Projection of different views		00:24:40min
	Lecture 06 Engineering Scales		00:46:53min
	Lecture 07 Cycloidal Curves		00:44:14min
	Lecture 08 Projection of Points, Projection of Straight Lines		01:05:19min

	Lecture 01 Basics of Electrical Engg, Electrical Parameters, Electrical Elements, Ohm's Law, Type of Sources		01:40:41min
	Lecture 02 Kirchoff's Law, KCL & KVL, Problems based on KCL & KVL		00:59:58min
	Lecture 03 Nodal Analysis		01:07:22min
	Lecture 04 Mesh Analysis		01:10:54min
	Lecture 05 Resistance grouping, Voltage Divider Rule, Current Divider Rule		01:18:22min
	Lecture 06 Star-Delta Conversion, Delta-Star Conversion, Source Transformation		01:49:03min
	Lecture 07 Superposition Theorem		01:10:38min
	Lecture 08 Thevenin's Theorem		01:51:54min
	Lecture 09 Norton's Theorem, Maximum Power Transfer Theorem, Miscellaneous Problems		01:53:42min
	Lecture 10 Introduction to AC Circuits, Average Value, RMS Value		01:46:26min
	Lecture 11 Form Factor, Peak factor, AC through pure Resistance, AC through pure Inductance		01:43:59min
	Lecture 12 AC through pure Capacitance, AC through RL Circuit, AC through RC Circuit, AC through RLC Cuircuit, Series Impedence		01:21:03min
	Lecture 13 Parallel AC Circuits, Power in general AC Circuits, Power Factor		01:50:06min
	Lecture 14 Problem based on Parallel AC Circuits		00:55:05min
	Lecture 15 Series & Parallel Resonance		01:37:44min
	Lecture 16 Calculation of Self Inductance, Calculation of Mutual Inductance, Series & Parallel MC, Problems & Solutions		01:11:52min
	Lecture 17 MMF, Reluctance, Permeability & Permeance, BH Characteristics, Magnetic Hyteresis & Losses		00:58:05min
	Lecture 18 Introduction to Transformer, Operation & EMF equation, Transformation Ratio, Impedence Transformation		01:24:18min
	Lecture 19 Ideal & Practical Transformers, Ideal t/f on no Load, Ideal t/f on Load, Practical t/f on no Load, Practical t/f on Load		02:01:26min
	Lecture 20 Equivalent Circuit of t/f, Voltage Regulation, Efficiency, Problems based on V.R. & Efficiency		01:45:01min
	Lecture 21 Auto Transformers, Saving of Copper, Problems & Solutions		01:10:27min
	Lecture 22 Introduction to EM, Introduction to DC Machines, Equivalent Circuit		01:41:37min
	Lecture 23 EMF equation, Torque & Characteristics of DC Machines		01:03:10min
	Lecture 24 Introduction to Induction Machine, Construction (Startor & Rotor), RMF Generation, Operation Principle, Slip, Effects of Slip		01:47:23min
	Lecture 25 Torque in Induction Machine, Torque-Slip Characteristics, Power Stages, Power Relations		01:31:40min
	Lecture 26 Introduction to Synchronous Machines, Construction of Salient & Non-salient Pole Sync Machine, Working Principle of Sync Machine		01:01:31min
	Lecture 27 Fuses, Types of Fuses, Circuit Breakers & its types		01:15:30min
	Lecture 28 Earthing or Grounding, Batteries, Wires & Cables, Energy Calculations		01:32:41min

	Lecture 01 Vector Analysis		00:45:38min
	Lecture 02 Vector Algebra		00:57:44min
	Lecture 03 Vector Differential Operator		01:15;06min
	Lecture 04 Cylindrical Co-ordinates & Divergence, Spherical Co-Ordinates		00:29:54min
	Lecture 05 The Curl		00:25:54min
	Lecture 06 Electromagnetic Wave		00:44:16min
	Lecture 07 Properties of Electromagnetic Wave		00:23:23min
	Lecture 08 Energy Flow due to Plane Electromagnetic Wave		00:25:15min
	Lecture 09 Energy Flow due to Plane Electromagnetic Wave, The Wave Equation		00:34:17min
	Lecture 10 The Wave Equation (Part-II)		00:29:19min
	Lecture 11 Momentum of Electromagnetic Wave & Resultant Pressure		00:38:57min
	Lecture 12 Transmission of Electromagnetic Wave from Non-Conductoing Medium		00:28:17min
	Lecture 13 Electric Field & Coulomb's Law gauss's Law		00:52:39min
	Lecture 14 Electric Field Derivation		00:31:44min
	Lecture 15 Poission Equation & Laplace Equation		00:29:25min
	Lecture 16 Green's Theorem & Calculation of Field		00:33:05min
	Lecture 17 Green's Second Identity & Potrential		00:27:39min

	Lecture 01 Definite Integral Definition & their Properties, Improper Integral definition & their types. Varoius examples.		01:16:27min
	Lecture 02 Evaluation of Definite & Improper Integrals		01:41:47min
	Lecture 03 Definition of Beta Function & their Properties. Definition of Gamma Function & their Properties. Relation between Beta & Gamma Function		01:34:23min
	Lecture 04 Duplication Formula, Application of Beta & Gamma Function, Some Important Questions		01:57:14min

Requirements

BE/B.Tech. (Pursuing)

Description

Descriptive knowledge :Descriptive Education from basic level to advance level. Specially designed for those who are interested getting top ranks.
Ability Enhancement :Education through this course enhances knowledge and enables to qualify different competitive exams.
Better job opportunities :A qualified & ranked engineers attracts the employer and they are at the priority of the selection list.
Prestigious career options :Through Engineering education, bright career waits for. You can attain not only economically sound position but you will get recognition on the social stages.