In sign and magnitude integer format, the smallest number is determined by the representation of the sign bit and the magnitude bits. For an n-bit representation, the smallest number is typically (- (2^{(n-1)} - 1)). For example, in an 8-bit format, the smallest number would be (-127), as the sign bit indicates negativity and the remaining bits represent the magnitude.
In a 24-hour time format, 10 AM is represented as the integer 10. This format assigns integers from 0 to 23 to each hour of the day, where 0 corresponds to midnight and 23 corresponds to 11 PM. Therefore, 10 AM is simply 10.
To represent 10 PM the previous day as an integer, you would typically use a 24-hour clock format. In this format, 10 PM is represented as 22. Therefore, if you are counting from midnight (0), 10 PM the previous day would be represented as -2, since it is 2 hours before midnight of the current day.
Integer format.
The memory address of an integer variable a can be obtained using the address-of operator & in languages like C or C++. For example, using the expression &a will yield the memory address where the variable a is stored. This address is typically represented in hexadecimal format.
Digital
To represent 10 PM the previous day as an integer, you would typically use a 24-hour clock format. In this format, 10 PM is represented as 22. Therefore, if you are counting from midnight (0), 10 PM the previous day would be represented as -2, since it is 2 hours before midnight of the current day.
It's represented in HEX format.
Integer format.
%hd
The memory address of an integer variable a can be obtained using the address-of operator & in languages like C or C++. For example, using the expression &a will yield the memory address where the variable a is stored. This address is typically represented in hexadecimal format.
A file compressed in the JPG file format is usually the smallest, but it depends on the contents of the picture as to which is the best format.
Digital
That is called the format of the data.
There is no single format. Different architectures and platforms store data in different ways. An integer's representation depends on its length (in bytes), the byte-order (little-endian or big-endian) and whether they are signed or unsigned. If signed, they may be represented using either ones-complement or (more commonly) twos-complement. Most programming languages provide several integer types, however the actual representation of each of these types is machine-dependent and, therefore, implementation-dependent, even in the same language.
the .mpg format or the cam-rip
digital
2 is decimal format in computer language. 2 can be represented as 10 in binary format.