It is a binary number where the sign, either plus or minus, can be declared. One Bit is given over to act as the sign, being either 1 or 0, with the rest of the bits acting as the actual value.
Rational numbers can be represented in binary by converting both the numerator and denominator of the fraction to binary format. For example, the rational number 3/4 would be converted to binary as 11/100. Additionally, if the rational number is not a simple fraction, it can be expressed as a binary floating-point number using a format like IEEE 754, which encodes the sign, exponent, and mantissa of the number. This allows for precise representation of rational numbers in a binary system.
The number 1 as a binary number is 1
There is no decimal number for the binary number 13 because 13 cannot be a binary number.
In sign and magnitude representation, the first bit is used for the sign (0 for positive and 1 for negative). The magnitude of 37 in binary is 100101. To represent -37, we set the sign bit to 1, resulting in 1 100101. Thus, the binary representation of -37 in sign and magnitude is 1100101.
The number 160 in binary is 10100000
Just as in decimal, you can put a minus sign in front. For example, if 101 (binary) is decimal 5, then -101 (binary) is decimal -5.
The number you have given = 74 not to sure what you mean by add a sign to it. To make 75 the number would be 1001011
It is a binary number where the sign, either plus or minus, can be declared. One Bit is given over to act as the sign, being either 1 or 0, with the rest of the bits acting as the actual value.
Rational numbers can be represented in binary by converting both the numerator and denominator of the fraction to binary format. For example, the rational number 3/4 would be converted to binary as 11/100. Additionally, if the rational number is not a simple fraction, it can be expressed as a binary floating-point number using a format like IEEE 754, which encodes the sign, exponent, and mantissa of the number. This allows for precise representation of rational numbers in a binary system.
100
The number 225 in binary is 11100001
The number 919167 in binary is 11100000011001111111
The number 4693 in binary is 1001001010101
The number 1 as a binary number is 1
There is no decimal number for the binary number 13 because 13 cannot be a binary number.
In sign and magnitude representation, the first bit is used for the sign (0 for positive and 1 for negative). The magnitude of 37 in binary is 100101. To represent -37, we set the sign bit to 1, resulting in 1 100101. Thus, the binary representation of -37 in sign and magnitude is 1100101.
The number 160 in binary is 10100000