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In the C programming language, the unary operator called sizeof$()$ returns the storage size of a data type, measured in the number of char$-$sized units. Consequently, sizeof$($char$)$ is guaranteed to be $1.$ The actual number of bits of type char is specified by the preprocessor macro CHAR$\_$BIT, defined in the standard include file limits$.$h$.$ You can use more $/$usr$/$include$/$limits$.$h to find that value. $10$ pts$.$ Using vi on the General server, create a file with the following code:In the C programming language, the unary operator called sizeof $()$ returns the storage size of a data type, measured in the number of char$-$sized units. Consequently, sizeof $($char$)$ is guaranteed to be $1.$ The actual number of bits of type char is specified by the preprocessor macro CHAR$\_$BIT, defined in the standard include file limits$.$h$.$ You can use more$/$usr$/$include$/$limits$.$ h to find that value. Using vi on the General server, create a file with the following code: #include $=/$In the $C$ programming language, the unary operator called sizeof $()$ returns the

storage size of a data type, measured in the number of char$-$sized units. Consequently,

sizeof$($char$)$ is guaranteed to be $1.$ The actual number of bits of type char is

specified by the preprocessor macro CHAR$\_$BIT, defined in the standard include file

limits$.$h$.$ You can use more $/$usr$/$include$/$limits$.h$ to find that value.

Using vi on the General server, create a file with the following code: