Note: This game is not for those who don't want to give pain to their brain.
If you want to be good at logic and reasoning then this game is for you. Only 0 and 1 could be addictive so check it if you want addiction.
The game has an infinite number of combinations so you will not be bored. It will give a challenge to your brain to solve it quickly.
There are three modes in the game, easy (4x4), medium (6x6), hard (8x8).
It is not one of those casual games that you can win by fortune. Solving this binary game requires you to think and apply logic. While it is not a child's play,
It is not that ambitious either - at least, the easy levels. Then it becomes addictive and challenging. And more addictive.
All you need to do is put ones in the place of zeros. And you need to put a method to this madness of zeroes and ones.
Learn binary to decimal conversion and train your brain with this amazing Binary game!
- learn binary and decimal
- boost your math
- learn binary language code
- Binary Number System
This binary game encourages you to convert binary numbers to the decimal by mental math faster and faster. It could be used to learn binary coding and decoding.
So that it could help some computer science students to be faster in conversions.
So, what are you waiting for?
Just play it and show-off your Best Times and challenge your friends to beat yours!
Special thanks to Shivam Pandey for extending the game and Franz Sarmiento as the original developer of the game.
Embed this game. Learn Python with Penjee Binary Calculator Why do computers use binary? Cisco Binary Number Game. Sort Detective. This game teaches you how to reason in the binary system! Indicate the right bits to get to the indicated number, or if the bits are indicated, select the right number on the right. Clear the whole board and have fun with this game made by Cisco! Gober's Games The following list of games have been selected as educationally-sound games for classroom use. If you feel a game does not meet educational standards, breaches Fair Use copyright, or is inapporpriate, please email Mr.Gober by clicking on the link below. add-a-game contact statistics.
A Binary Number is made up of only 0s and 1s.
| Example of a Binary Number |
There is no 2, 3, 4, 5, 6, 7, 8 or 9 in Binary!
A 'bit' is a single binary digit. The number above has 6 bits.
Binary numbers have many uses in mathematics and beyond.
In fact the digital world uses binary digits.
How do we Count using Binary?
It is just like counting in decimal except we reach 10 much sooner.
| Binary | |
| 0 | We start at 0 |
| 1 | Then 1 |
| ??? | But then there is no symbol for 2 ... what do we do? |
| Well how do we count in Decimal? | |||
| 0 | Start at 0 | ||
| ... | Count 1,2,3,4,5,6,7,8, and then... | ||
| 9 | This is the last digit in Decimal | ||
| 10 | So we start back at 0 again, but add 1 on the left | ||
The same thing is done in binary ...
| Binary | ||
| 0 | Start at 0 | |
| • | 1 | Then 1 |
| •• | 10 | Now start back at 0 again, but add 1 on the left |
| ••• | 11 | 1 more |
| •••• | ??? | But NOW what ... ? |
| What happens in Decimal? | |||
| 99 | When we run out of digits, we ... | ||
| 100 | ... start back at 0 again, but add 1 on the left | ||
And that is what we do in binary ...
| Binary | ||
| 0 | Start at 0 | |
| • | 1 | Then 1 |
| •• | 10 | Start back at 0 again, but add 1 on the left |
| ••• | 11 | |
| •••• | 100 | start back at 0 again, and add one to the number on the left... ... but that number is already at 1 so it also goes back to 0 ... ... and 1 is added to the next position on the left |
| ••••• | 101 | |
| •••••• | 110 | |
| ••••••• | 111 | |
| •••••••• | 1000 | Start back at 0 again (for all 3 digits), add 1 on the left |
| ••••••••• | 1001 | And so on! |
See how it is done in this little demonstration (press play button):
Decimal vs Binary
Here are some equivalent values:
| Decimal: | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Binary: | 0 | 1 | 10 | 11 | 100 | 101 | 110 | 111 | 1000 | 1001 | 1010 | 1011 | 1100 | 1101 | 1110 | 1111 |
Symmetry
Binary numbers also have a beautiful and elegant pattern:
Here are some larger values:
| Decimal: | 20 | 25 | 30 | 40 | 50 | 100 | 200 | 500 |
|---|---|---|---|---|---|---|---|---|
| Binary: | 10100 | 11001 | 11110 | 101000 | 110010 | 1100100 | 11001000 | 111110100 |
'Binary is as easy as 1, 10, 11.'
Now see how to use Binary to count past 1,000 on your fingers:
Position
In the Decimal System there are Ones, Tens, Hundreds, etc
In Binary there are Ones, Twos, Fours, etc, like this:
This is 1×8 + 1×4 + 0×2 + 1 + 1×(1/2) + 0×(1/4) + 1×(1/8)
= 13.625 in Decimal
Numbers can be placed to the left or right of the point, to show values greater than one and less than one.
Free Binary Games
| 10.1 | |
| The number to the left of the point is a whole number (such as 10) | |
| As we move further left, every number place gets 2 times bigger. | |
| The first digit on the right means halves (1/2). | |
| As we move further right, every number place gets 2 times smaller (half as big). | |
Example: 10.1
Binary Arts
- The '10' means 2 in decimal,
- The '.1' means half,
- So '10.1' in binary is 2.5 in decimal
You can do conversions at Binary to Decimal to Hexadecimal Converter.
Words
The word binary comes from 'Bi-' meaning two. We see 'bi-' in words such as 'bicycle' (two wheels) or 'binocular' (two eyes).
| When you say a binary number, pronounce each digit (example, the binary number '101' is spoken as 'one zero one', or sometimes 'one-oh-one'). This way people don't get confused with the decimal number. |
A single binary digit (like '0' or '1') is called a 'bit'.
For example 11010 is five bits long.
The word bit is made up from the words 'binary digit'
How to Show that a Number is Binary
To show that a number is a binary number, follow it with a little 2 like this: 1012
Binary Puzzles
This way people won't think it is the decimal number '101' (one hundred and one).
Examples
Example: What is 11112 in Decimal?
- The '1' on the left is in the '2×2×2' position, so that means 1×2×2×2 (=8)
- The next '1' is in the '2×2' position, so that means 1×2×2 (=4)
- The next '1' is in the '2' position, so that means 1×2 (=2)
- The last '1' is in the ones position, so that means 1
- Answer: 1111 = 8+4+2+1 = 15 in Decimal
Example: What is 10012 in Decimal?
- The '1' on the left is in the '2×2×2' position, so that means 1×2×2×2 (=8)
- The '0' is in the '2×2' position, so that means 0×2×2 (=0)
- The next '0' is in the '2' position, so that means 0×2 (=0)
- The last '1' is in the ones position, so that means 1
- Answer: 1001 = 8+0+0+1 = 9 in Decimal
Example: What is 1.12 in Decimal?
- The '1' on the left side is in the ones position, so that means 1.
- The 1 on the right side is in the 'halves' position, so that means 1×(1/2)
- So, 1.1 is '1 and 1 half' = 1.5 in Decimal
Fun Binary Games Food
Example: What is 10.112 in Decimal?
Universal Binary Games
- The '1' is in the '2' position, so that means 1×2 (=2)
- The '0' is in the ones position, so that means 0
- The '1' on the right of the point is in the 'halves' position, so that means 1×(1/2)
- The last '1' on the right side is in the 'quarters' position, so that means 1×(1/4)
- So, 10.11 is 2+0+1/2+1/4 = 2.75 in Decimal
'There are 10 kinds of people in the world,
those who understand binary numbers, and those who don't.'