As hexadecimal uses the letters a-f to continue the digits after 0-9, a = 10, b = 11, ... f = 15 for the single digit that can be represented in each place value column, each of which is sixteen (16) times bigger than the one on its right.
→ 0xfd = f x 16 + d = 15 x 16 + 13 = 253.
In signed numbers, the top bit is used as a sign indicator and if set represents a negative number; thus a byte of 8 bits can be used to represent a number in the range -128 to +127. In this case the bit pattern represented by the hex 0xfd would represent -3.
To work out the number, invert all the bits (forming the ones complement) and add 1 (forming the twos complement):
0xfd = 11111101 in binary → 0000010 = 0x02 in hex (ones complement)
→ 0xfd = -(0x02 + 1 ) = -(0x03) = -3
To find the number that is 15% of 280, multiply 280 by 0.15 (the equalent of 15% in decimal form). The answer is 42.
yes, equal sets are equalent
4 over ten, and 6 over 15
'H' or '&H' .
A decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right. A decimal representation does not require a decimal point. So the required decimal representation is 805000, exactly as in the question.
To find the number that is 15% of 280, multiply 280 by 0.15 (the equalent of 15% in decimal form). The answer is 42.
ck45
ck45
Just about one.
yes, equal sets are equalent
A decimal doesn't have any sides.
100cm per meter.
The name Marcia is of Latin origin and has no equalent in Hebrew.
140,382 kilobytes is equal to .133 gigabytes. Or 137.09 megabytes.
Capital H has an ASCII Code of 72 in Decimal. In Binary that is 1001000. In Hexadecimal it is 48. In Octal it is 110. For a small h it is Decimal 104, Binary 1101000, Hexadecimal 68 and Octal 150.
4 over ten, and 6 over 15
'H' or '&H' .