Manipal Institute of Technology

These handwritten lecture notes cover classical analytical techniques used in quantitative chemistry: potentiometric titration (acid–base and redox), conductometric titration (with examples for strong/weak acid–base combinations), spectrophotometry including the Beer–Lambert law and worked numerical examples, and flame photometric determination of Na⁺ and K⁺. The document contains definitions, principles, typical titration curves, worked problems and short application notes (for exampl...

: This PDF contains handwritten lecture notes covering electrochemical cells and their working principles: galvanic (voltaic) cells, electrolytic cells, Daniell cell example, cell notation and representation, and reactions at anode/cathode. It also includes derivations and applications of electrode potentials (standard and measured), the Nernst equation, EMF of a cell, potentiometric measurement methods, and discussions of reference electrodes (calomel, glass), salt bridges, liquid-junction pote...

Provides a pdf of Problems and solutions for electric circuits . Helpful for first year students or anyone trying to understand basic electrical circuits

The following document contains relevant infromation of FEM with solved examples. The book used for this subject is An introduction to finite element by McGraw Hill Publication 2003. These notes can clear all your doubts about FEM.

IN-DEPTH NOTES ON PROJECT MANAGEMENT INCLUDING COVERNING ALL NECESSARY TOPICS

Substractive manufacturing

It gives the detailed explaination on CNC systems ,Components of CNC systems ,substractive manufacturing

NUMERICAL CONTROLLED (NC) CONVENTIONAL MACHINING

These are lecture notes provided by our professors with detailed explanations

This tutorial is a detailed text of the first year college course of MIT Manipal ("Problem Solving Using Computers") CSE 1071, It explains the basics of computing in C language starting from datatypes and algorithms(DSA) upto loops (250 slides) Concise and well explained, with examples and problems. Topics include: Computing, Algorithms, Flow charts, Data types, General structure of C program, Errors, Variables, Constants, Operators, General Rules, Conditional statements, Loops, etc. More note...