## Introduction: Number to Binary Conversion

With this instructable, you will be able to transform any number into a binary number, which is used in computers and electronics

- The steps are in italic
- If it is in bold, it is what I did with my number to help you seeing how it works

## Step 1: Gathering What You Need

*Grab a calculator, something to write with and somewhere to write on*

**I chose a pen and notebook**

## Step 2: The Chosen Number

*Think of any number that you want to convert into binary, or ask someone for a random number*

**I chose 456**

## Step 3: Follow the Sequence

*Make a sequence of 2 elevated from 0-10 and circle the highest **number that fits into your chosen number as base **– keep sequence going longer if the number wanted is larger than 1024 (2^10)*

**Since my number was 456, 512 is too big, so I had to choose 256 as my base number**

## Step 4: Simple Math

*Subtract your chosen number by your base number and put a 1 on the side*

**Mine was 456 – 256 = 200 and a 1 on the side**

## Step 5: Keep It Going

*Now with the result of the subtraction, follow to the next number in the sequence, see if you can subtract the result by the following number. **If so, subtract it and set another 1 aside, if you can’t, set a 0 aside*

**Next number in the sequence was 128, so 200 – 128 = 72 with a 1 on the side**

## Step 6: One More Time

Do the same thing with the next number from the sequence

**Next number in the sequence was 64, 72 – 64 = 08, and a 1 on the side**

## Step 7: Not Done Yet

If the next number on the sequence doesn’t fit in the result, set a 0 aside and move to the next number

**Next number in the sequence was 32, 32 is bigger than 8, so set a 0 aside and move to the next**

## Step 8: Almost There

*Keep going on the sequence until you find a number that “fits” into your result *

**Next number in the sequence was 16, 16 is bigger than 8, so set a 0 aside and move to the next**

## Step 9: The Wanted Result

*Subtract the result by the next number in the result, if the result becomes 0, then you are done, if there are still another number as result, keep it going *

**Next number in the sequence was 8, 8 – 8 = 0, so I was done**

## Step 10: Fill the Gaps

*If there are unused numbers left in the sequence, fill it up with 0s *

**4 (2^2), 2 (2^1) and 1 (2^0) were left unused so I filled them up by 0s in the end**

## Step 11: Final Answer in Binary

*Get your result in binary *

**My chosen number (456) in binary is 111001000**

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