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Look up each hexadecimal digit to obtain the equivalent group of four binary digits. You can use the table to make these conversions.
(2)16 = (0010)2
(4)16 = (0100)2
(1)16 = (0001)2
Group each value and remove zeros at left (if necessary) to get the partial result in base 2:
0010 0100 0001 = 1001000001
So, (241)16 = (1001000001)2
Rearange all the digits in sets of three starting from the LSB (far right). Add zeros to the left of the last digit if there aren't enough digits to make a set of three.
001 001 000 001
Use the table below to convert each set of three into an octal digit. In this case,
001=1, 001=1, 000=0, 001=1.
So, 1101 is the octal equivalent of hexadecimal number 241 (Answer).