And initializes an array with 100 random numbers and calls your search method for at least 5 values, three which are in the array and two which are not. 

1.
(6 points) Complete the linear search method from today’s lecture. Create a class
containing this method (as a static member) and a main method that, when run, creates
and initializes an array with 100 random numbers and calls your search method for at
least 5 values, three which are in the array and two which are not. 
Use System.out.printf to report the results of  each search. Test your program and
print out the class.




Note: the size of  the array (100) should be defined using a constant field of  the class.




2.
(4 points) Modify the program to create an array large enough to hold 10,000 random
numbers. Otherwise it should work as before. If  you wrote the first version of  the
program well, you shouldn’t have to change much at all. Test as before, and print out your
modified class.




3. There is a better way to specify the size of  the array that we want the program to create
and fill with random numbers, so we don’t have to change the code every time we want to
test a different array size.




Do you know what it is? 




Prepare to discuss this question in class (nothing to turn in).


 
There is a better way to specify the size of the array that we want the program to create and fill with random numbers, so we don’t have to change the code every time we want to test a different array size.
Do you know what it is?
Prepare to discuss this question in class (nothing to turn in).
 
/**
  * Modify the program to create an array large enough to hold 10,000 random
numbers. Otherwise it should work as before. If you wrote the first version of the
program well, you shouldn’t have to change much at all. Test as before, and print out your
modified class.
  * @author