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First Year Section : Study Materials

LAB EXPERIMENTS:
Chemistry Lab Experiments Video Link:
Sl. No.
Name of the Experiment
Link
01
Conductometric estimation of acids in acid mixture
 
02
Potentiometric estimation of FAS using standard K2Cr2O7  solution
 
03
Colorimetric estimation of Copper
 
04
Determination of Pka of the given weak acid using pH meter.
 
05
Estimation of Total Hardness of Water Sample by EDTA complexometric Method
 
06
Estimation of CaO in a cement solution by rapid EDTA method.
 
07
Determination of % of copper in brass solution using standard sodium thiosulfate solution.
 
 
THEORY VIDEOS:
Semester
Subject Name
Module
Video Title with link
II
EME
Module I
Sources of Energy
Introduction to Sources of energy and solar pond- https://youtu.be/0KsxPxgF-U0
Hydro energy -https://youtu.be/3DCNGjD6VhM
Wind energy- https://youtu.be/Z3Y8Wit9HEw
Nuclear energy - https://youtu.be/RlMEUI8glmM
 
Semester
Subject Name
Module
Video Title with link
II(E)
 
Advanced Calculus & Numerical Method
III
Formation of PDE by eliminating arbitrary constants
Formation of PDE by eliminating arbitrary Function
Formation of PDE by eliminating arbitrary Function-I
Solution of non homogeneous PDE by direct integration
https://youtu.be/V93f2gpYUKw
II(B)
18MAT21
II
Linear differential equations : 
https://www.youtube.com/watch?v=odgAfs5dK-A 
III
Solution of Homogeneous LDE:
https://www.youtube.com/watch?v=aU37x3XvEFg
Non Homogeneous LDE type 1
https://www.youtube.com/watch?v=tfwimn7du3Y
III
Type 1 P.I. exmpl. continued :
Non Homogeneous LDE type 2 :
https://www.youtube.com/watch?v=CVAqim3fD5s
II(C)
 
Advanced Calculus and Numerical Methods
II
Soln of initial value problems
Soln of non homogeneous LDE
Non homogeneous LDE – Type 1
Type 1 – QP problems
Non homogeneous LDE – Type 2
Non homogeneous LDE – Type 3
Non homogeneous LDE-QP problems
Variation of Parameters_Part1
Variation of Parameters_Part2
Variation of Parameters_Part3
Variation of Parameters_Part4
Cauchys DE_Part1   
Cauchys DE_Part2
V
Tricks to remember formulas in Numerical Methods
II
Advanced Calculus and Numerical Methods
III
PDE_Part1,  https://youtu.be/TETafwE6fNs
PDE_Part2,  https://youtu.be/yd15HKQG0yA
PDE_Part3,  https://youtu.be/V1c7umR7YXw
PDE_Part4,  https://youtu.be/aX-8oP9OeMw
PDE_Part5,  https://youtu.be/ikA3QiHw5q8
PDE_Part6,  https://youtu.be/ZmMdYD9Ku_M
PDE_Part7,  https://youtu.be/M6mxBexhgfc
PDE_Part8,  https://youtu.be/VLE2arKYCjg
PDE_Part9,  https://youtu.be/yAHZRDDULEE
II(A&C)
Engineering Physics
IV
Engineering Physics Laser Introduction: https://youtu.be/u9VmcXjws6Q
Energy density in terms of Einstein coefficients: https://youtu.be/c6gtjlSvlOQ
CO2 Laser-Basic requirement:https://youtu.be/M8TPfDPWAeQ
CO2 Laser- Construction and Working: https://youtu.be/Xikp6MbSxFU
Semiconductor (GaAs) Laser: https://youtu.be/S5yDX8z12lI
II(B)
Engineering Physics
IV
De Broglie wave hypothesis-https://youtu.be/aChUpMbaQvk
Heisenberg's uncertainty principle-
Application of Heisenberg uncertainty principle-https://youtu.be/MmjaTCjwv6g
Schrodinger wave equation-https://youtu.be/HDWvoorihSo
Eigenvalue and eigen function-https://youtu.be/k50ZOvMKsWw
II(D&E)
Engineering Chemistry
III
II ‘D&E’
C Programming for problem solving Sub. Code : 18CPS23
II
1. for Looping Construct in C - https://youtu.be/l696gFM67uw
2. Nested for loops -https://youtu.be/IsKEeSgynNA
3. while loop in C - https://youtu.be/Gdg3OmUy_Mg
4. Unconditional branching statement -
III
1. Introduction to Arrays - https://youtu.be/-BfrFOGOauM
2. Programs on 2D arrays - https://youtu.be/LiEAnpjz-sQ
3. Introduction to Strings - https://youtu.be/cztGvScgdIg
 
II(B&C)
 
Basic Electrical Engg.(18ELE23)
I
II
AC Circuits with R:  https://youtu.be/ZzCYXeA8Gjo
AC Circuits with L:  https://youtu.be/ALpb_FbmDUA
AC Circuits with Capacitor:   https://youtu.be/ezUsr7K81XA
AC Circuits with R and L Series:   https://youtu.be/G-UFgs6ci9o
III
Module 3 Part1: https://youtu.be/itVCPspScKU
Module 3 Part2: https://youtu.be/Kza716WdlcA
Module 3.3:  https://youtu.be/E8q_kLUkUAg
II C div
EGD
II
Square pyramid resting on edge : https://youtu.be/SOZFBeHaylY
Square pyramid resting on corner : https://youtu.be/Vi7B7ad58Zw
pentagonal pyramid resting on edge : https://youtu.be/46qzUpqHEOU
hexagonal pyramid resting on corner : https://youtu.be/csZP1DgZozQ
pentagonal pyramid resting on slant edge : https://youtu.be/Vzwg10YcgPc
hexagonal pyramid resting on slant face: https://youtu.be/9ceZ7AB5vBc
Cone resting on one of its generator: https://youtu.be/imYxjXIyHUI
Cone resting on one of its point on circumference: https://youtu.be/1leB9mqmqvk
pentagonal prism resting on edge : https://youtu.be/AMJ-2LGLTs0
hexagonal prism resting on corner : https://youtu.be/2pQmOq68Yok
Cube resting on edge: https://youtu.be/KZBYwjmtfaw
Cube solid diagonal: https://youtu.be/XHdjoOYjBZY
Tetrahedron resting on corner: https://youtu.be/XdXqJXmENDM
II
EGD
Projection of planes
II
II(B)
 
Elements of Civil Engg.
V
Definitions and introduction : https://youtu.be/uk4qHUsQVeU
Rectilinear motion , Numericals: https://youtu.be/s-My243BJ0k
Rectilinear motion, Numericals: https://youtu.be/Pj8JlmF-7LQ
Varying Acceleration: https://youtu.be/uSdHw_kkpCY
Varying Acceleration, Numericals; https://youtu.be/dy1K_hkFMK4
II
( A & C)
Elements of Civil Engg.
III
Introduction-http://youtube.be/oUtTVUvSsoU
Analysis of Overhanging Beam.http://youtube.be/i1Dd5EFSUo
Calculation of support reaction by using equilibrium condition- http://youtube.be/ph2fPqlvrio
Analysis of truss- http://youtube.be/HG7uVSg_cl4
II(D)
Basic Electronics
III
 
Op-Amp Introduction &its Characteristics: https://youtu.be/0S8-ttiQsFo
Op-Amp Characteristics &its Applications: https://youtu.be/yuNCkFmv6Nk
Op-Amp Applications: https://youtu.be/rwm6oK61wBo
Op-Amp Applications: https://youtu.be/fCT6CtXJ-uc
Op-Amp Applications: https://youtu.be/81kv0D4_AbY
II(E)
 
 
Basic Electronics
III
Introduction to Operational Amplifiers : https://youtu.be/Z7uSxteN9Gc
Abstract symbol of op amp : https://youtu.be/Q5IVGI-8vQU
Characteristics of ideal op amp: https://youtu.be/b1-a71R5PRQ
Differential amplifier : https://youtu.be/vLuPcAUFmUc
Output voltage expressions: https://youtu.be/QIJKrlERkJg
Summing amplifier : https://youtu.be/GRu75O-V32w
Differentiator : https://youtu.be/_YJlttRyVB0
Integrator : https://youtu.be/CDAWPZU2Cdw
Op amp parameters: https://youtu.be/6lba7xSzthc
V
Digital Electronics Fundamentals : https://youtu.be/GhefSNQsghQ
Decimal Number System : https://youtu.be/_1gdqYBHgqY
Subtraction using 9's compliment method: https://youtu.be/lisYfHUttrU
Subtraction using 10's compliment method : https://youtu.be/s1SIW_THAos
Binary Number System : https://youtu.be/_H44MVUeK_Y
Octal Number System : https://youtu.be/Ahh2v0ubTB8
Hexadecimal Number System: https://youtu.be/PIDBjkrxUoU
Subtraction using 15's compliment method : https://youtu.be/Cf0ycothG0c
II(E)
EME
III
Introduction to Refrigeration : https://youtu.be/cVZTvRLbN4o
Refrigeration definitions : https://youtu.be/vfpqo9-AkHw
Vapor compression refrigeration system : https://youtu.be/4aMU0Z45XOA
Vapor absorption refrigeration system : https://youtu.be/SoCL_x8c9KM
Properties of refrigerants : https://youtu.be/l6gVi7_4ndc
Window air conditioning system : https://youtu.be/ex9svXxBLhE
II(D)
EME
V
LATHE PARTS, WORKING PRINCIPLE: https://youtu.be/3_-XS5X8TZY
TURNING KNURLING DRILLING: https://youtu.be/-24sdZkA2KA
MILLING MACHINE & OPERATIONS: https://youtu.be/xPTXAU1fl3Y
 
 
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