When a program is compiled and run, local variables are placed on what is called the...

   

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When a program is compiled and run, local variables are placed on what is called the stack. These are typically very close together in memory space. The benefit is that the program can quickly access these variables. One downside is that variables created on the stack cannot be resized. Write a program that creates local variables of the following types: . char short int long float double int Print the address of each variable using the & operator. Then, print the size of each variable using the sizeof() operator. When a program is compiled and run, local variables are placed on what is called the stack. These are typically very close together in memory space. The benefit is that the program can quickly access these variables. One downside is that variables created on the stack cannot be resized. Write a program that creates local variables of the following types: . char short int long float double int Print the address of each variable using the & operator. Then, print the size of each variable using the sizeof() operator.