This has a very simples solution. You have to treat the integer part separately from the decimal part.
Therefore, you simply convert the integer part (10) to binary, which becomes 1010.
Let's work with the decimal part of the number (0.5):
We get the decimal part and multiply it by our number system base, which is 2, the amount of times correspondent to our desire of decimal places for the number.
0.5 x 2 = 1.0
Since we only want one decimal place, we stop right now. We obtained the number 1.0, which is the same as 1, the number for the decimal binary.
10.5 = 1010.1 in binary. In byte representation: 1010.1000
To convert image to binary, you just have to convert image to binary. Hope this helps.
To convert from one base to another: 1) divide the number by the new base (in the original base) to get a [whole] quotient and remainder; 2) note the remainder; 3) replace the number by the quotient; 4) if the number is not zero repeat from step 1; 5) write the remainders out in reverse order to get the number in the new base; Converting 105 base 10 to binary (base 2): 105 ÷ 2 = 52 r 1 52 ÷ 2 = 26 r 0 26 ÷ 2 = 13 r 0 13 ÷ 2 = 6 r 1 6 ÷ 2 = 3 r 0 3 ÷ 2 = 1 r 1 1 ÷ 2 = 0 r 1 → 105 is 1101001 in binary.
Convert 189 to binary number
To convert 47.5 into binary, first convert the integer part (47) to binary. 47 in binary is 101111. For the fractional part (0.5), multiply by 2, resulting in 1.0, which indicates that the binary representation of 0.5 is .1. Combining both parts, 47.5 in binary is 101111.1.
That is the binary representation of the decimal number 105.
An easy way is to convert them to decimal, subtract, then convert the answer back to binary.
The number 180 in binary is 10110100
5 expressed in binary is 101
11.25 is not a valid binary.
000010 in binary is 2 in decimal.
The answer depends on what form you wish to convert binary and hex 2011 to.
You will need to look up the ASCII numbers for each letter, then convert those number to binary. The word "Denny" in binary is: 0100010001100001011011100110111001111001