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What is the number between 0.01 and 0.027?
There are an infinite number of values between 0.01 and 0.027 for example .011 .0111 .01111 .01111 .011111 etc. , .012, .0121, .0122, etc.
What is the sum of 10101010 and 01111?
In any base other than 2 (ie other than binary): 10101010 + 01111 = 10102121 In base 2 (binary): 10101010 + 01111 = 10111001
What is the sum of binary formats 10101010 and 01111 is?
10101010 + 01111 = 10111001 (170+15 = 185)
Explain the advantages of hexodecimal number system to binary system?
with hexidecimal you neednt use as many chartictors to represent a number. in binary 15 would be 01111 where as in hex it would be E resulting in much quicker coding times
How many numbers would you get if you time 2435 times 2435675?
with hexidecimal you neednt use as many chartictors to represent a number. in binary 15 would be 01111 where as in hex it would be E resulting in much quicker coding times
How do you convert bcd to ascii hex code?
Multiply by 16. ANSWER: The answer is bcd 11 = 3 111 = 7 1111 i= F 01111 =E and so foirth
Let 01111 be the frame delimiter flag in a data link protocol What is the transmitted bit sequence for the data 0111110111011110 using the bit stuffing method?
3 bit stuffing is required
What is the sum of 10101010 and 01111 in decimal?
10,101,010 + 01,111 = 10,102,121Although you didn't say so, we suspect that you may have meantthe two numbers in the question to be binary (base-2) numbers.If so, then| 0 | 0 | 0 | 0= (170)100 | | | | = (15)10Their sum is (185)10
What is the 2's complement value of -43?
17
How do you express 0 to 20 in a decimal system to binary?
0 = 00000 1 = 00001 2 = 00010 3 = 00011 4 = 00100 5 = 00101 6 = 00110 7 = 00111 8 = 01000 9 = 01001 10 = 01010 11 = 01011 12 = 01100 13 = 01101 14 = 01110 15 = 01111 16 = 10000 17 = 10001 18 = 10010 19 = 10011 20 = 10100
Write the first 30 counting numbers in base 2?
01 = 00001 11 = 01011 21 = 10101 02 = 00010 12 = 01100 22 = 10110 03 = 00011 13 = 01101 23 = 10111 04 = 00100 14 = 01110 24 = 11000 05 = 00101 15 = 01111 25 = 11001 06 = 00110 16 = 10000 26 = 11010 07 = 00111 17 = 10001 27 = 11011 08 = 01000 18 = 10010 28 = 11110 09 = 01001 19 = 10011 29 = 11101 10 = 01010 20 = 10100 30 = 11111
What steps are required form an algorithm to convert a binary number to it's decimal equivalent?
Let's look at an example. If you want to convert the number 100112 to decimal you can split up the number so each digit has an index associated to it: 4 3 2 1 0 1 0 0 1 1 We can then find the decimal value: 24 * 1 + 23 * 0 + 22 * 0 + 21 * 1 + 20 * 1 = 16 * 1 + 8 * 0 + 4 * 0 + 2 * 1 + 1 * 1 = 16 + 0 + 0 + 2 + 1 = 19 So what we need to do is to multiply each of the binary digits by the value of two raised to the index of the digit. This will give you the conversion from any binary number to a decimal number.
