Binary Number System: Counting in Binary Number System | Binary to Decimal Conversion

In this video, the basics of the binary number system, like how to count in the binary number system and binary to decimal conversion are explained in detail.
Timestamps for the different topics covered in the video:
0:00 Introduction
2:11 Counting in Decimal Number System
4:19 Counting in Binary Number System
7:10 Positional Weighted Number Systems (Decimal and Binary Number Systems)
9:46 Binary to Decimal Conversion (with Examples)
Binary Number System:
All the digital circuits and systems work on the binary system. In binary number systems, there are only two digits. 0 and 1. These binary digits are often known as bits. The binary number system is a base-2 system. Because it consists of only two digits. And similar to the decimal number system it is a positional weighted system.
In this video, how to count in a binary number system is explained with the help of a decimal number system. Because all the rules for counting in the decimal number system are also applicable to counting in the binary number system.
And at the later part of the video, how to convert and binary number into a decimal equivalent number is explained with the help of few examples.
This video will be helpful to all the students of science and engineering in understanding the basics of the Binary Number System.
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Timestamps for the different topics covered in the video: 0:00 Introduction 2:11 Counting in Decimal Number System 4:19 Counting in Binary Number System 7:10 Positional Weighted Number Systems (Decimal and Binary Number Systems) 9:46 Binary to Decimal Conversion (with Examples)

[@hasnanadila3419]

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[@poojashah6183]

Excellent as always 👌🏻👌🏻

[@ksp4619]

Easy and simplest video to understand binary number system

[@surajlalmehta]

Plz ,Provide notes for all your lecture 🥳🥳🥳 Loves your Lecture 👍👍

[@mayurshah9131]

Excellent, Please continue giving such a nice post ❤️👍

[@ayushbhowate42]

whenever someone asks me , from where I'm Learning Electronics , Answer is as always : ALL ABOUT ELECTRONICS dude , thanks for the content !!!

[@user-ss4zn2nt5e]

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[@kayaam]

Loved your lecture sir ji

[@neverstopdreaming-do6di]

Fantastic lecture sir

[@archanashinde8992]

Thank you sir

[@user-qn8vb4xq5p]

Hello sir, you're classes are awesome. I would like to ask you to provide the slides/ ppt presentation in the videos as notes for us in the description of every video. I hope you'll do it. Thank you 😊

[@gurulingappanagarad9557]

👏👏 class was very nice

[@manishvankayala8710]

very nice video helped me lot

[@bubulpramanik6234]

Very nice 👌👌👌

[@venkatavaraprasadgorijala7193]

please do a video on types of bridges

[@ElectronicsCircuitHubECH]

Nice info

[@calvinjoy1144]

How can I get the slides you are using to explain the videos?

[@sparshsingh1190]

is the last answer 13.75 ??

[@ElectronicsCircuitHubECH]

Cool content

[@StoryTelher-fx9hv]

ehh watu wa tum mmejaa huku

[@alwaniizzatibintiabdullahs968]

why when i count the last example i got 15.5 in decimal?

[@ALLABOUTELECTRONICS]

Please count it once again. if you find difficulty then you can also write the weight of each digit on top of it during the conversion. It will help you in the conversion. If you do it once again, you will get it.

[@patakhalitruthfulmedia8376]

Via banglay na bolle ki bujbo,

[@rajendragurukar4986]

ಪ್ಲೀಜ್ do ಸ್ಲೋ

[@foster1324]

Hi

[@rajendragurukar4986]

@@foster1324 hello

[@ghost-qp6yh]

ಏಕೆ? ನೀವು 0.5 ವೇಗದಲ್ಲಿ ವೀಡಿಯೊವನ್ನು ಪ್ಲೇ ಮಾಡಬಹುದು.

[@gnikkings]

please stop playing that annoying intro, just get right into the video

[@shara7715]

cry about it