Select all the files that are binary$-$encoded $($non$-$text$/$non$-$ASCII$)$ files. $($Mark "none of

these" only if all the other choices are not correct.$)$

$.0$

$.$h

$.$s

none of these

Select all that are true of the linking phase of compilation. $($Mark "none of these" only if

all the other choices are not correct.$)$

Resolves global variable references that are used in one file but defined in

another

Is a replacement for editors such as Vim

Generate $.$o files

Resolves #define and #include directives

By default, creates an executable called a$.$out

None of these

If we have an int $i=0xF41$ in hexadecimal, how many minimum number of bits are

needed to store this integer and how many bits will the variable i take in the memory

space of C$?$

What is the difference between compilation and linking in the $C$ build process?

a$.$ Compilation is the process of converting source code to machine code, while

linking is the process of combining object files to create an executable file.

b$.$ Compilation is the process of creating object files, while linking is the process of

converting object files to machine code.

c$.$ Compilation is the process of creating executable files, while linking is the

process of creating object files.

d$.$ Compilation and linking are the same process.

What is the purpose of preprocessor directives in the $C$ build process?

a$.$ To include header files and define macros.

b$.$ To generate object files.

c$.$ To link object files into an executable.

d$.$ To run the executable.

What is the purpose of the linker, and what does it do during the $C$ build process?

a$.$ The linker combines object files to create an executable.

b$.$ The linker compiles source files to create object files.

c$.$ The linker preprocesses source files.

d$.$ The linker runs the executable.