can someone do it asap

The purpose of this recitation is to write two short C programs showing the parent-child process relationship in Linux using the fork() system call. Specifically, we will look at how a zombie and orphan process are created as well as handled by the operating 1. Zombie Process Recall that when a child terminates, but its parent is not currently waiting, the terminated child process becomes a zombie process. Use the following algorithm and specific instructions to develop a short, simple C program called reco5A.c to create a zombie process. a. Add the include directives for the stdlib.h and unistd.h libraries. b. Declare a variable called pid with the data type pid_t and invoke the fork ) system call, assigning the result topid c. Write an if-else if-else branching statement to handle the child process, parent process, and error case, respectively. i. In the child process, exit immediately ii, in the parent process, sleep for 3 seconds, then issue the system ( ) system call with "ps -e -o pid,ppid,stat,user,cmd | grep $USER". This prints out the current PID, parent PID, status, user ID, and command process information. ii. In the error case, call the perror ) system call with "fork error". Now, compile and run your program. After 3 seconds, you should see the result of the ps command. Specifically, look for the process with the Z+ status. This is an indication that it is a zombie process. This process should also be the child process of your parent . /a.out executable that contains the indicator. Now, on the command line, enter the ps -u USER command to see your existing processes. You should notice that this zombie process no longer exists as it has been reaped by the init process