Question: Which XXX completes the Java partition() method used by quicksort? if (numbers [ low ]> numbers[high ] ) if (numbers [ low ]= high) if

 Which XXX completes the Java partition() method used by quicksort? if(numbers [ low ]> numbers[high ] ) if (numbers [ low ]=high) if (low j=j+1 j=j1 j=j+gap j=j - gap; Which XXX wouldreplace the missing statement in the given quickselect algorithm? Quickselect(numbers, first, last,k ) \{ if (XXX) return numbers[first] lowLastIndex = Partition(numbers, first, last)if ( k maxDigits) maxDigits = digitCount \} return maxDigits FindMaxLen(list0fAges, listSize)\{ maxDigits =0 for ( i=0;i>= listSize; i++){ digitCount = FindLen(list0fAges [i])

Which XXX completes the Java partition() method used by quicksort? if (numbers [ low ]> numbers[high ] ) if (numbers [ low ]= high) if (low j=j+1 j=j1 j=j+gap j=j - gap; Which XXX would replace the missing statement in the given quickselect algorithm? Quickselect(numbers, first, last, k ) \{ if (XXX) return numbers[first] lowLastIndex = Partition(numbers, first, last) if ( k maxDigits) maxDigits = digitCount \} return maxDigits FindMaxLen(list0fAges, listSize) \{ maxDigits =0 for ( i=0;i>= listSize; i++){ digitCount = FindLen(list0fAges [i]) if (digitCount maxDigits = digitCount return maxDigits \} FindMaxLen(list0fAges, listSize) \{ maxDigits =0 for (i=0;i maxDigits) maxDigits = digitCount ? return maxDigits FindMaxLen(listOfAges, listSize) \{ maxDigits =0 for ( i=0;i>= listSize; i++){ digitCount = FindMaxLen(list0fAges [i]) if (digitCount > maxDigits) maxDigits = digitCount return maxDigits

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