Redo shadow in binary

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Aug 6th, 2022
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How to redo shadow in binary

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I wish I could see how computers really work. Computers see everything as ones and zeroes. Even me? AAARGH! Whats happening!? Where AM I? Youre inside your computer! You SAID you wanted to see how they work. Couldnt you just tell me? Now what? To get around in the computer world, youre going to need to speak binary. Whats BINARY? Binary is a system of numbers that has only two digits, 1 and 0. No twos? Or threes? Or fours? Or fives? Or Nope, just two kinds of numbers, one and zero. Why would you get rid of all the other numbers? The binary system is very useful in electronics, because you can use the ones and zeroes to stand for on and off. Like flipping a switch? Exactly. Imagine zero stands for OFF, and one means youve switched it ON. Okaaay I know it can be confusing, because you come from a decimal world. Decimals? We have 10 fingers. So we get used to counting by 10s. Thats what decimal means. Deci- means 10. Like how decade means 10 years? Right. So when you count up o

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1 + 0 = 1. 1 + 1 =10.
For example, a value of positive 12 (decimal) would be written as 01100 in binary, but negative 12 (decimal) would be written as 11100.
Something similar happens in binary addition when you add 1 and 1; the result is two (as always), but since two is written as 10 in binary, we get, after summing 1 + 1 in binary, a digit 0 and a carry of 1.
Thats because it grows very complex and would be very difficult to represent any ohter number. For our ease we use only 1 and 0. This is not possible while using other numbers; Now coming to physical significance: Logic gates are applied in the circuits with the help of transistors that use voltage as input output.
To represent a negative decimal number in 16-bit binary, you first convert the absolute value of the number to binary, then invert the bits (change 1s to 0s and 0s to 1s), and finally add 1 to the result. Lets take -18 as an example. The binary representation of 18 (in 16 bits) is 0000000000010010.
Binary encoding for colors with 4 bits each only applies for very simple devices, where 0000 is white, 0001 black, 0010 red, 0011 green, 0100 yellow, 0101 brown, 0110 orange, and 0111 blue.
Following the binary rules, 1 + 1 = 10. This means a 1 needs to be carried over to the left. The second column from the right becomes 1 + 1 + 1. This results in 11 with a 1 needed to be carried to the left.
Only fractions with a denominator which is a power of two can be finitely represented in a binary form. For example, denominators of 0.1 (1 / 10) and 0.2 (1 / 5) are not powers of two, so these numbers cant be finitely represented in a binary format.

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