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HALF ADDER AND FULL ADDER (EXPERIMENT)
This is an experiment that covers the understanding and the application part of making a half and full adder using gates. which can be useful to the Second Year Students who are currently pursuing Electronics and Telecommunication Engineering. Also, with the help of the above assignment, I hope your doubts get solved and will help you achieve good grades in end semesters or your mid semesters. Solved by one of the students at VJTI, I hope it will help you achieve good grades in exam.
VEDANT MILIND ATHAVALE
IC Engines design and Working
Heat engines may be classified based on where the combustion of fuel takes place. i.e. whether outside the working cylinder or inside the working cylinder. (a) External Combustion Engines (E.C. Engines) (b) Internal Combustion Engines (I.C. Engines) I.C. Engines may be classified according to, a) Type of the fuel used as : (1) Petrol engine (2) Diesel engine (3) Gas engine (4) Bi-fuel engine (Two fuel engine) b) Nature of thermodynamic cycle as : (1) Otto cycle engine (2) Diesel cycle engine (3) Duel or mixed cycle engine The slides focuses on all of the above topics.
If-Else Loop and Switch
The content of the slides contain:- Control Statement if if – else Nested if- else Ladder if else Switch Along with the topics covered, examples of each of the loop type along with their algorithm and flowchart is provided. It is specifically made by a faculty at VJTI for C++ learners and the first-year engineering students who have C++ or C in their curriculum. The presentation is made purely for learning and focuses on helping achieve good grades in exams.
Mechanical Drives and Devices- Gears
The pdf focuses on gears, classification, and types of gears along with their advantages and disadvantages. Helical gears Spur Gear Herringbone Gear, etc are covered in detail in the following pdf. Gear Tooth Failures 1. Wear Failure 2. Bending Failure Gear Lubrication and methods to prevent gear wearing are also covered. The terminology of each of the gears is mentioned in the above PDF.
Basics of Power Transmission Devices
Getting to the actual motive of the pdf above, it focuses on giving students the idea what exactly are the basics of power transmission devices. Specifially made for FY Engg Students by a professor at VJTI. "Prime mover" is any machine (or component of a machine) that converts energy from a source energy into mechanical energy, usually as a motive power source providing traction to move a vehicle. In machines, the prime mover, such as an electric motor generates the main mechanical motion for the machine.
Air Compressor for FY Sem 2 students
This air compressor pdf covers the following topics : COMPRESSOR – A device which takes a definite quantity of fluid ( usually gas, and most often air ) and deliver it at a required pressure. It is most suitable for the First year engineering students who have Elements of Mechanical Engineering as a subject in their syllabus. It also covers topics such as the Application of compressed air that is written purely from an exam point of view.
Arrays and 2D Arrays- C++
The following PDF covers the topic arrays and 2D arrays used in C++ programming. ➔ Introduction to Arrays ➔ Need of array ➔ Array declaration ➔ Accessing array elements ➔ Searching in Array. ➔ Merging of 2 Arrays. ➔ Multidimensional Arrays. ➔ Size of multidimensional array. ➔ Two Dimensional array ➔ Initializing two-dimensional array ➔ Accessing elements of 2D Array It is helpful for programming students as well as the engineering students of Fy and CS/IT branch.
Classes and Object in CPP (FY)
The main topic of focus in this slide presentation is Procedural versus Object-Oriented Programming: Procedural programming focuses on the process/actions that occur in a program. The program starts at the beginning, does something, and ends. Object-Oriented programming is based on the data and the functions that operate on it. Objects are instances of abstract data types that represent the data and its functions. Helpful for all programming candidates and engineering students in their first years.
What are Catalysts ? And their types (For Engg Students)
The specific focus of this slide presentation is to focus on what is a catalyst ? A catalyst is a substance that can be added to a reaction to increase the reaction rate, speed up a reaction by reducing the activation energy without getting consumed in the process. And also on the various types of catalytic processes. Focusing on the needs of good exam grades, this has been specially made for first-year engineering students who are specifically studying mechanical and production engineering along with some help for electrical and textile engineering students.
Constructors and Destructors
This slide presentation focuses on teaching what constructors and destructors are and what are the characteristics of a constructor and a destructor in C++. A constructor is a special member function whose task is to initialize the objects of its class. It is special because its name is the same as the class name. The constructor is invoked whenever an object of its associated class is created. It is called constructor because it constructs the values of data members of the class.
Metal Cutting -Lathe Machine and its Working
It Includes basic workshop processes:- Bench work and fitting, Sheet metal, Carpentry, Pattern making, Mould making, Foundry, Smithy, Forging, Metal working and heat treatment, welding, fastening, machine shop, surface finishing and coatings, assembling Inspection and quality control The slide specifically focuses on working of lathe machine, its design and the types of cutting processes carried through it .
Functions in programming in C++
A function is a named block of code that perform some action. The statement written in function are executed when it is called by its name. Each function has a unique name. Function are the building block of C++ programs. They are used to perform the tasks that are repeated many times. A program may need to repeat the same piece of code at various places. It may be required to perform certain task repeatedly. The program may become very large if functions are not used. The real reason for using function is to divide program into different parts.