![]() So we write 16 first and then subtract 16 from 17 to get the remaining number as 1. 16 would be the highest, beyond 16 it would be 32 which would be higher than 17. If we are given the number 17, let us consider the powers of 2: 1/ 16, 0/8, 0/4, 0/2. First we find out if the highest power of 2, whether it is smaller or equal to the given number. Let us discuss a naïve solution to solve the problem, and this is the solution we use in our minds to convert decimal numbers to binary. Any number can be expressed through Fibonacci sequence digits. The powers of 2 are a complete sequence, another example of complete sequence is Fibonacci sequence. If we are given 0 as input however, we can simply write 0 as output. We can write any decimal as sum of powers of two. It is important for us to understand the decimal to binary conversion process. What is binary value? Our computer stores and processes everything in the form of binary and in the binary all data is expressed in either 0 or 1. The result should be stored in a string for convenience. ![]() We are given a non-negative integer, our task is to write a function that takes the integer as an argument and then returns the binary value. In the previous article we discussed how a string can be reversed, now let us explore number system conversions in Python.
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