Writing Multithreaded programs in Java has two approaches: $(1)$ using the Thread class, and $(2)$ using the Runnable interface. The following is an example of the $1$st approach, you should complete$/$correct the following code such that you consider the following:

The thread should be given the name "Approach$1".$

The thread should print the Fibonacci series until the $10$th term,

Write a test case to run this thread from the main thread.

It is worth noticing that some code might be missing even without dashed lines.

class FibonacciThread $----------------------------\{//2$ Marks

public void run$()\{$

int n $=---$;$//1$ Mark

int firstTerm $=0,$ secondTerm $=1$;

System.out.println$($Thread$.$currentThread$().$getName$()+"$ is printing Fibonacci series:"$)$;

$--------//1$ Marks

while$(------------)\{//1$ Mark$1$

System.out.print$($firstTerm $+",")$;

int nextTerm $=$ firstTerm $+$ secondTerm;

firstTerm $=$ secondTerm;

$----------------//1$ Mark

$---------------//1$ Mark

$\}$

$\}$

$\}$

class MultithreadingExample $\{$

public static void main$($String$[]$ args$)\{$

$//$ Create a thread and give it a name

$-------------------------------------------------------------//2$ Marks

$---------------------------------//1$ Mark

$//$ Start the thread

fibonacciThread.start$()$;

$//$ You can add more code here to perform other tasks in the main thread

try $\{$

$//$ Wait for the thread to finish $($optional$)$

fibonacciThread.join$()$;

$\}$ catch $(-------------------------$ e$)\{$

e$.$printStackTrace$()$;

$\}$

System.out.println$("$Main thread finished."$)$;

$\}$

$\}$