Binary of 17 is 10001. 1710 = 10001 2 1810 = 100102
To add these two binary numbers, we can first convert them to decimal. 111111 in base 2 is equal to 63 in base 10, and 10001 in base 2 is equal to 17 in base 10. Adding these two decimal numbers gives us 63 + 17 = 80 in base 10. Finally, we convert 80 back to binary to get the final answer, which is 1010000 in base 2.
Typically, the base is 10 unless indicated otherwise. A number written 10001 could be base 10 - or any other base. It's usually not necessary to indicate base 10, but you could write 1000110 If this were base 2, there should be a subscript 2: 100012 To be clear you may want to include the 10 810 = 10002 910 = 1003 1510 = F16
20002 and 0.5, or 10001 and 1 or 5000.5 and 2 etc
The next odd number after any odd number is found by adding 2. If you add only 1 you get an even number. So, 9999 + 2 = 10001
011111 (decimal 31)
in binary 10=2 101 =5 1010 = 10 2+5+10 =17 17 =10001 in binary 10001 is answer ^^
In the binary number system 10001 = 17 and 10010 = 18. 16 8 4 2 1 1 0 0 0 1 = 17 1 0 0 1 0 = 18
10001/999900
Base 2 works like this: the first digit (from the right) is worth 1, next over is worth 2, next over is worth 4, and so on multiplying by 2 each time (Other bases work the same but multiply by whatever base it is, such as multiplying by 10 for base 10). So: 1=1 0=2 0=4 0=8 1=16 If it's a 1, you add it in, if it's a zero, you don't add it in. So, ignoring the zeros: 1=1 1=16 Add those up and get 17.
10001/999900
Base 2