Run the following C program and complete the table showing all the variables. You may add printf function calls to obtain the addresses and values of all 13 variables. (Count the array ca as 3 variable/values and also include argc and argv in the table).

Note: When you compile this source code, the compiler will warn about some "unused" variables. For this part, you can disregard this warning message.

Tracing Table

In the file, you can see a template table whose columns represent Address, Name, Datatype, Scope, and Value.

Address	Name	Datatype	Scope	Value
	argc
	argv
	num1
	num2
	c
	score1
	ca[0]
	ca[1]
	ca[2]
	x
	y
	z
	w

By using this table, trace the code BUT you also need to investigate the code and show the actual values and addresses of the variables. Use printf function and insert function calls to the code so you can print actual values and addresses. Check how those variables are allocated on the actual memory. (You may also want to use the sizeof function to see the size of a variable type.)

• Address

  Address values are positive numbers. For this assignment, you must show addresses in hexadecimal (not like 60000. Check the specification of printf. There is a way to print it as an address which is in hexadecimal).

• Name

  It is already filled.

• Datatype

  Write the datatype of the variable.

• Scope

  Write the name of the function in which the variable exists.

• Value

  Check the actual value stored in the variable and fill in this column. So your table will never have "?".

  You need to show all the values the variable got. For example, if the code had an integer variable named a and its value changes as follows, you would need to fill like "-10498, 0, 10" (note the first one is an uninitialized value).

• 

If the datatype of a variable is a pointer, you must show the address value stored in it. For example, if its datatype is char*, you must show the address stored in the variable, not the characters stored at the address.

#include void dummy (int, char, char *, float); int main(int argc, char* argv[]) { int num1, num2 = 5; char c = 'A'; float score1 = 25.5; char ca[3] "Hi"; dummy (num2, c, ca, scorel); return 0; } z, float w) void dummy(int x, char y, char * { X++; y++; W = W + 5.1; /* pause here */ } int a; a = 0; 10; a #include void dummy (int, char, char *, float); int main(int argc, char* argv[]) { int num1, num2 = 5; char c = 'A'; float score1 = 25.5; char ca[3] "Hi"; dummy (num2, c, ca, scorel); return 0; } z, float w) void dummy(int x, char y, char * { X++; y++; W = W + 5.1; /* pause here */ } int a; a = 0; 10; a