Arrange the following lines of code to produce an algorithm that counts how many of the given measurable objects have a measure greater than m Not all lines are useful

How to use this tool

Unused

int count $0$

return count;

public static int countlarger$($ Object$[]$ objects, double n$)$

public static int countlarger$($ Measurable$[]$ objects, double m$)$

for $($Measurable obj: objects$)$ for $($Object obj: objects$)$

Count Tester.java

Load default template

import java.util.Scanner;

public class CountTester implements Measurable

private double measure;

public CountTester$($double measure$)$

this.measure measure:

public double getMeasure$()$

return measure;

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

Scanner in new Scanner$($System$.$in$)$;

double in$.$nextDouble$()$; int numobjsin.nextInt$()$;

count$++$; if $($objm if $($obj$.$getHeasure$()>$m$)$

CountTester $[]$ myobjs new CountTester$[$num$0$bjs$]$; for $($int index $0$; index num$$bjs; index$++)$

myobjs $[$index$]$ new CountTester $($in$.$nextDouble$())$;

System.out.println$($count Larger$($myobjs$,$ e$))$