Smash the code

  Objective if  and  else  are two of the most frequently used conditionals in C/C++, and they enable you to execute zero or one conditional statement among many such dependent conditional statements. We use them in the following ways: if : This executes the body of bracketed code starting with   if   evaluates to  true . if (condition) { statement1; ... } if - else : This executes the body of bracketed code starting with   if   evaluates to  true , or it executes the body of code starting with   if   evaluates to  false . Note that only  one  of the bracketed code sections will ever be executed. if (condition) { statement1; ... } else { statement2; ... } if - else if - else : In this structure, dependent statements are chained together and the   for each statement is only checked if all prior conditions in the chain are evaluated to  false . Once a   evaluates to  true , the bracketed code associated with that statement is executed and the program then skips to

  Objective In this challenge, you will learn to implement the basic functionalities of pointers in C. A  pointer  in C is a way to share a memory address among different contexts (primarily functions). They are primarily used whenever a function needs to modify the content of a variable that it does not own. In order to access the memory address of a variable,  , prepend it with   sign. For example,  &val  returns the memory address of  . This memory address is assigned to a pointer and can be shared among various functions. For example,   will assign the memory address of   to pointer  . To access the content of the memory to which the pointer points, prepend it with a  * . For example,  *p  will return the value reflected by   and any modification to it will be reflected at the source ( ). void increment ( int * v ) { ( * v ) ++ ; } int main () { int a ; scanf ( "%d" , & a ); increment ( & a );