Interactive game
★★★
2.7GB
Binary code, ASCII code and algorithims
For what is the binary code used in computing?
Interactive game
What is the ASCII code?
What is an algorithim?
Binary code
What is the binary code?
The ASCII table and it's use
What's the main difference between the ASCII code and Unicode?
Examples of algorithim
How are numbers represented in binary code?
Why are the algorithims so important in computing?
1/10/25 Made by Aroa 16/4/22
+explanation and a example
Algorithms are crucial in computing because they are the fundamental step-by-step instructions. They solve problems, enabling simple tasks, solve some sort of data or even complex applications and all of that is thanks to the algorithim.
Computers communicate in binary code, which represents all data and instructions using just two numbers (0 and 1) Since these digits represent the "off" (0) and "on" (1) states of electronic circuits, such as voltage or no voltage. Computers can represent complex information such as text, numbers, images, and sound by combining these bits (binary digits) into groups. 1=Bit A group of 8=Byte
The ASCII code (American Standard Code for Information Interchange) is a character encoding standard. Since computers can only understand numbers the ASCII code is the numerical representation of a character such as 'a' or '@' or an action of some sort. It also incudes english letters, numbers, punctuation, and control characters. It's use in representing images allows computers to understand and process all texts by translating them to human-readable characters or into numbers that computers can process. It enables consistent data communication that is then communicated to other devices.
As you can see this is a ASCII table and we use it to convert human-readable characters, like letters, numbers, and symbols, into a binary numerical format so like that computers can understand it and process it better.
The primary distinction is that Unicode is a contemporary universal standard that supports over a million characters, including letters, symbols, and emojis from languages all over the world, whereas the ASCII code is an older and smaller character encoding standard that supports only 128 characters (primarily english letters, numbers, and punctuation)
Toast some bread
For example here; imagine yourself when you wake up, there are two options for you: 1-Go to the bathroom 2-Go pet your dog You choose to pet your dog so you go where the dog is and stay petting him but if you chose the other option (go to the bathroom) so you go there and wash your face. This is what happens to us every day. Same goes for the one on the left, you toast some bread and if it's not burned you eat it but if it's burned you don't, easy simple instructions for computers to understand.
Wake up
Not burned
Stand up
Burned
Go to bathroom
Go pet dog
Eat it
Stay with dog
Wash face
An algorithm is a set of step-by-step instructions or rules to solve a problem or complete a task. While often associated with computer programming, algorithms are also used in everyday life, like following a recipe or getting dressed.
Since it's the most basic programming language used in computing it's used to represents all kinds of information and commands as combinations of the numbers 0 and 1 so we use it to represent all the information like letters or numbers.
The binary system uses only two digits to represent the numbers 0 and 1 so to convert a number to binary we have to repeatedly divide the number by 2, noting the remainder (0 or1) at each step. For example if want to convert 14 to a binary we have to do this: Division: Quotient: Remainder: 14:2 7 0 7:2 3 1 3:2 1 1 1:2 0 1 We will start by dividing 14 by 2, then 7 divided by 2 ect, we will do this step as much times as we need untill we get to 1. When we get to 1 we will stop and read the number from bottom to top and write it or awnser were we need to. So 14 as a binary number is 1110.
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Rorro
Created on November 7, 2025
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Transcript
Interactive game
★★★
2.7GB
Binary code, ASCII code and algorithims
For what is the binary code used in computing?
Interactive game
What is the ASCII code?
What is an algorithim?
Binary code
What is the binary code?
The ASCII table and it's use
What's the main difference between the ASCII code and Unicode?
Examples of algorithim
How are numbers represented in binary code?
Why are the algorithims so important in computing?
1/10/25 Made by Aroa 16/4/22
+explanation and a example
Algorithms are crucial in computing because they are the fundamental step-by-step instructions. They solve problems, enabling simple tasks, solve some sort of data or even complex applications and all of that is thanks to the algorithim.
Computers communicate in binary code, which represents all data and instructions using just two numbers (0 and 1) Since these digits represent the "off" (0) and "on" (1) states of electronic circuits, such as voltage or no voltage. Computers can represent complex information such as text, numbers, images, and sound by combining these bits (binary digits) into groups. 1=Bit A group of 8=Byte
The ASCII code (American Standard Code for Information Interchange) is a character encoding standard. Since computers can only understand numbers the ASCII code is the numerical representation of a character such as 'a' or '@' or an action of some sort. It also incudes english letters, numbers, punctuation, and control characters. It's use in representing images allows computers to understand and process all texts by translating them to human-readable characters or into numbers that computers can process. It enables consistent data communication that is then communicated to other devices.
As you can see this is a ASCII table and we use it to convert human-readable characters, like letters, numbers, and symbols, into a binary numerical format so like that computers can understand it and process it better.
The primary distinction is that Unicode is a contemporary universal standard that supports over a million characters, including letters, symbols, and emojis from languages all over the world, whereas the ASCII code is an older and smaller character encoding standard that supports only 128 characters (primarily english letters, numbers, and punctuation)
Toast some bread
For example here; imagine yourself when you wake up, there are two options for you: 1-Go to the bathroom 2-Go pet your dog You choose to pet your dog so you go where the dog is and stay petting him but if you chose the other option (go to the bathroom) so you go there and wash your face. This is what happens to us every day. Same goes for the one on the left, you toast some bread and if it's not burned you eat it but if it's burned you don't, easy simple instructions for computers to understand.
Wake up
Not burned
Stand up
Burned
Go to bathroom
Go pet dog
Eat it
Stay with dog
Wash face
An algorithm is a set of step-by-step instructions or rules to solve a problem or complete a task. While often associated with computer programming, algorithms are also used in everyday life, like following a recipe or getting dressed.
Since it's the most basic programming language used in computing it's used to represents all kinds of information and commands as combinations of the numbers 0 and 1 so we use it to represent all the information like letters or numbers.
The binary system uses only two digits to represent the numbers 0 and 1 so to convert a number to binary we have to repeatedly divide the number by 2, noting the remainder (0 or1) at each step. For example if want to convert 14 to a binary we have to do this: Division: Quotient: Remainder: 14:2 7 0 7:2 3 1 3:2 1 1 1:2 0 1 We will start by dividing 14 by 2, then 7 divided by 2 ect, we will do this step as much times as we need untill we get to 1. When we get to 1 we will stop and read the number from bottom to top and write it or awnser were we need to. So 14 as a binary number is 1110.