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What is range of 8-bit signed integer?
-128 to 127, in two's-complement.
Describe the range of numbers that can be represented by a 8 bit number using two complement?
-128 to 127
The complement of an angle is twice the measure of the angle what is the measure of the complement?
The complement is 60 degrees.
What kind of complement is tourist?
objective complement
What are the example of modifier complement?
example modifier and complement
What is the supplement of the complement of a 38 degrees angle?
128 degrees
What is the complent and supplement of a 52degree angle?
The complement: 38° (90-52=38) The supplement: 128° (180-52=128)
What is range of A 8-bit signed integer?
-128 to 127, in two's-complement.
What is range of 8-bit signed integer?
-128 to 127, in two's-complement.
What is the solution for 2's complement program in cpp?
Two's complement is the successor to ones' complement. That is, take the ones' complement of a value and add 1. In signed notation, the two's complement of any value negates that value. For example: The ones' complement of 01011010 is 10100101. To get the two's complement, add 1, thus 10100110. The process is reversible: the ones' complement of 10100110 is 01011001. Add 1 to get 01011010, which is the original value. In unsigned notation, 01011010 is 90 decimal while 10100110 is 166. In signed notation, 10100110 is -90. This is because the most-significant bit (bit-7) indicates the sign, but also has the decimal value 128. Thus if bit-7 is set, the remaining 7 bits (38 decimal in this case) are added to -128, which is -90. Thus 10000000 is -128+0, which is -128, while 11111111 is -128+127, which is -1. Originally, the ones' complement was used to negate values, but this is rarely used today because 1111111 would be -0, but 0 is neither signed nor unsigned, and you certainly don't want two separate zeroes. An alternative form of negation simply flips bit-7 but this had the same problem with 10000000 being -0. Two's complement doesn't have this problem so counting from -128 to +127 is greatly simplified because we can start at 10000000 (-128) and iteratively increment by 1. When we reach 11111111 (-1), adding 1 wraps around to become 00000000 and we continue until 01111111 (127). Add 1 again and we get 10000000, which takes us back to -128. As to what is the solution for two's complement program in cpp, I do not know. I wasn't even aware there was a two's complement problem that required a solution. Perhaps if you could specify the problem (using the discussion page) we may be able to update this answer accordingly.
Describe the range of numbers that can be represented by a 8 bit number using two complement?
-128 to 127
What is the greatest negative number which can be stored in a computer that has 8-bit word length and uses 2's complement arithmetic?
-128
What is the greatest negative number which can be stored in a 8-bit register using 2'complement arithmetic?
6
What is the greatest negative number which can be stored in a computer that has 8-bit word length and uses 2's complement arithmetic is it -258 -255 -128 or -127?
-127D
Why do we prefer 2's complements?
in 2's Complement there is only one zero: All zeros In 1's Complement there are two zeros: All zeros, and All ones ("negative" zero). So you have one less signed number you can represent with the same amount of bits. For example, with 8 bits, with 2's Complement you can represent -128 to +127 while with 1's complement you can only represent -127 to +127.
What is the size of byte in java?
The size of a byte primitive is 8-bits.
How many cups is 128 fl oz?
There is 8 pints in 128 fl oz or if you are using gallons 1 gallon is the answer complement me bye!
