If you want me to pick the correct answer out of a list of multiple choices for you,
then the least you could do would be to show me the list.
(00001001)2 = (9)10
9
Assuming the 00001001 is supposed to be in binary, the decimal equivalent is 9.
7
To convert the decimal IP address 131.9.202.111 into binary format, each octet is converted separately. The binary representation is as follows: 131 is 10000011, 9 is 00001001, 202 is 11001010, and 111 is 01101111. Therefore, the complete binary format of the IP address is 10000011.00001001.11001010.01101111.
A remainder is the numbers after a decimal point; sometimes used as repesenting in binary to get a binary number from a decimal number.
00001001 can be written as 0000 1001 which is hex 09 and hence has a decimal value of 9
9
Assuming the 00001001 is supposed to be in binary, the decimal equivalent is 9.
207
The following is the answer!
The decimal number 23 corresponds to the binary number 10111.
A binary number should start with 1. So 00000111 is really just 111, which equals 7
To convert the decimal IP address 131.9.202.111 to binary format, each decimal octet is converted to an 8-bit binary number. This results in: 131 (10000011), 9 (00001001), 202 (11001010), and 111 (01101111). Therefore, the binary format for the IP address 131.9.202.111 is 10000011.00001001.11001010.01101111.
7
7
To convert the decimal IP address 131.9.202.111 into binary format, each octet is converted separately. The binary representation is as follows: 131 is 10000011, 9 is 00001001, 202 is 11001010, and 111 is 01101111. Therefore, the complete binary format of the IP address is 10000011.00001001.11001010.01101111.
a) 6401 in Binary is 1100100000001b) 1010110 in decimal is 86