Decimal to Binary Converter: an electronics-based recursive approach. The binary equivalent of a decimal number can be found creating a binary counter that counts from 0 to the decimal number. The least significant bit of the binary number (counter) always toggles (from 0 to 1 and from 1 to 0), but when one bit changes from 1 to 0, the next bit also toggles and this effect repeats recursively until the counter reaches the decimal number. The binary number is shown as a list of bits. The first item of the list is the least significant bit, and the last item of the list is the most significant bit. 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:image/png;base64,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