Skip to main content

C Programming Tutorial-01 (Installing Turbo C++): How to intall Turbo C++

How to intall Turbo C++

Introduction

Hi guys, most of you plan to be software engineers, in fact, we are surrounded by computers. Our mobiles and laptops help us to do whatever we want, watch a movie, listen to a song, communicate with each other and whatnot. A computer contains various hardware devices, a screen, a processor, RAM, hard disk, etc. but these all are pieces of metals. The software puts all these hardware together and gives life to a computer, it is software that makes these components useful for a user and enables us to do our work. And on high school pedia we would be teaching you to program the computer according to you and make it to whatever you want. So let's get started!!!

Getting Started

First, we need to download a software on which you can code. In this case, we usually download a compiler which converts high-level languages (like c, java) to machine language (which a computer understands). You can download Turbo C++ (click here) or Visual Studio (click here). I would prefer to use turbo C++ as it does not require high computer specifications.

Installing The Software

Step 1: Download from the link given above.



Step 2: Open the downloaded file.



Step 3: Extract the files to a suitable location.



Step 4: Open the Setup.



Step 5: Run the setup and install the software.


Once the setup is complete the software is ready to be used!!! 

Soon we would be coding our first program in the 2nd tutorial. I would be telling you all the basics and how to make a computer say whatever you want, so stay tuned!!!

This article is written by Bhavesh Jain of Amity International School, Noida.


Enjoy your high school with - High School Pedia : www.highschoolpedia.com

Must Watch: Human and Plants Cells 

Labels:

Comments

  1. Thomas Joe12 January 2021 at 13:51

    sdvcxvv

    ReplyDelete
  2. Nellie Morrison12 January 2021 at 17:17

    They provide weekly Niche Edit for an online charter school’s website.

    ReplyDelete
  3. Andre Schroeder14 April 2021 at 15:52

    Top web design agencies would benefit from improving their testing capabilities, they’ve effectively learned a new industry.
    UI design firm

    ReplyDelete

Post a Comment

Popular Posts

Levitation 2

LEVITATION II To be completely honest I was going to start this with a pun. I did think of one but it doesn’t float… I am sorry I just had to. Anyway, this is the second part to the article on super cool ways of making things levitate. Go check the first part out if you haven’t already. Actually, the first part may have become repulsive with all the magnets and stuff, but I promise this will be more attractive. Get it? No? I’ll stop now. I am just going to jump straight into it. 1.    Electrostatic Levitation I know you are probably sick and tired of magnets but they are the best way you know… This method is somewhat similar. You remember that cool science experiment you did with two straws attracting or repulsing each other based on their charge? So basically using the same principle we can make a charged object levitate. But before you try it, let me tell you it won’t be easy. Even impossible according to our Mr. Earnshaw. He even made a law (the law is
10 comments
Read more

Cathode Ray Experiment

This experiment was conducted by J.J. Thomson (Sir Joseph John Thomson) in the year 1897. This experiment proved that atom is made up of fundamental particles which are much smaller than the smallest atom 'hydrogen' This experiment helped to discover electron. According to J.J. Thomson, the cathode rays consisted of very light, small and negatively charged particles. He named the particles "corpuscles" which were later known as electrons
12 comments
Read more

Anode Ray Experiment

→Anode ray experiment was conducted by E Goldstein. →These rays are also known as canal rays. →This experiment helped in the discovery of the proton. Apparatus Used A discharge tube  was taken in which there were 2 electrodes i.e. Anode(+ve) and the cathode (-ve). The tube was filled with an inert gas. A perforated or porous cathode was used. A layer of zinc sulphide was placed at the back of the cathode. There was a vacuum pump in the tube. High voltage (5000v-10000v) was allowed to flow through the system. It was observed that when the gas was at 1atm(atmospheric pressure ) no change was seen in the tube.  When the   pressure   was decreased inside the tube, a glow could be seen at the back side of the cathode.
3 comments
Read more

Rutherford Alpha Ray Scattering Experiment

Rutherford Alpha Ray Scattering Experiment Hey, Guys, most of you might have heard about the alpha ray scattering experiment and if you want to know in detail about Rutherford's model and the experiment he conducted, this is the right place for you... But first: Things You Must Know Some basic information that will help you understand rutherford experiment properly: Proton is a sub-atomic particle which is positively charged and has a mass of 1u. Alpha particles are helium atom with a charge of +2 as they have lost 2 electrons. Alpha particles have an atomic mass  of 4u. Gold is highly malleable and can be beaten into very thin sheets. Experiment Rutherford conducted his experiment in the following way: Rutherford took a very thin gold foil and bombarded it with high energy alpha particles. He placed a layer of zinc sulphide on the walls where the experiment was taking place because when alpha particles strike zinc sulphide layer, it results i
36 comments
Read more

Animal and Plant Cells

 Cells Cells are the basic functional, biological and structural unit of life. The word cell is a Latin word meaning ‘small room’. Cells are also known as building blocks of life.  The branch of science that deals with the form, structure, and composition of a cell is known as Cytology. All organisms around us are made up of cells. Bacteria, ameba, paramecium, algae, fungi, plants and animals are made up of cells.  Cells together form tissues. And tissue together makes an organ. History Of Cell The cell was discovered by Robert Hooke in 1665. He assembled a simple microscope and observed a very thin slice of cork under his primitive microscope. The cork was obtained from the outer covering of a tree called bark. Robert Hooke observed many little-partitioned boxes or compartments in the cork slice. These boxes appeared like a honey-comb. He termed these boxes as the cell. He also noticed that one box was separated from another by a wall. What Ho
25 comments
Read more

Isotopes, Isobars and Isotones

Isotopes These are elements which have the same atomic number but different atomic mass . They have the same atomic number because the number of protons that are inside their nuclei remains the same. But, they have different atomic mass because the number of neutrons that are also inside their nuclei is different. As the number of protons inside nuclei remains same, therefore the overall charge of the elements also remains same as in isotopes: no of protons = no of electrons . Hence, as isotopes overall charge remains neutral, therefore their chemical properties will also remain identical.   Therefore, Isotopes are chemically same but physically different.
3 comments
Read more

Important Mathematical Constants!

Important Mathematical Constants Mathematical constants are those numbers that are special and interesting because they come up in the various fields of mathematics like geometry, calculus etc. These mathematical constants are usually named after the person who discovered it and they are represented by a symbol that is usually picked up from the Greek alphabet. Mathematical constants are by definition very important. In this article we will take a look at certain mathematical constants that are more commonplace than others. 1.       π (pi) or Archimedes constant (~3.14159):   π is defined as the ratio of the circumference of a circle to its diameter. This is probably the most popular mathematical constant. So π is the circumference of the circle whose diameter is 1 unit. You might have seen it popping up when calculating the area of a circle (πr 2 ) or the circumference of a circle (2πr). It has many uses throughout mathematics from calculating the area of certain shap
6 comments
Read more