Question 5

(TCO 2) The next field in a node of a linked list is also referred to as the _____.

node

link

initial address

data portion

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Question 6

(TCO 2) _____ can be traversed backward.

Doubly linked lists

Heaps

Stacks

Binary search trees

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Question 7

(TCO 2) The node of a doubly linked list contains _____.

one pointer field and one data field

one pointer field and two data fields

two pointer fields and one data field

two pointer fields and two data fields

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Question 8

(TCO 2) In a _____, the last node points to the first node.

array-based queue

array-based circular queue

linked list

circular linked list

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Question 9

(TCO 3) When you add an item to a stack, you place it

on the bottom.

on the top.

in the middle.

it doesnt matter where.

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Question 10

(TCO 3) What is the stack operation implemented in the following function? The variable top represents the stack top. void operation(itemType t) { list[top] = t; top++; }

getLength

push

remove

The constructor of the class Stack

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Question 11

(TCO 3) Consider the following program fragment. Stack s; s.push(1); s.push(2); s.push(3); s.pop(); cout

0

1

2

3

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Question 12

(TCO 3) The _____ is a data structure that satisfies the first in, first out (FIFO) principle.

linked list

array-based list

stack

queue

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Question 13

(TCO 4) Which of the following functions has a constant growth rate?

n

n2

n log n

1

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Question 14

(TCO 4) A(n) _____ is a finite collection of steps used to solve a problem.

function

algorithm

object

class

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Question 15

(TCO 4) The big O asymptotic notation is used to express the _____.

solutions of a linear equation

number of clock cycles per instruction

running time of an algorithm

number of lines of a program

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Question 16

(TCO 4) The following function returns the _____ of the array elements. int mystery(int a[], int n) { int x=a[0]; for (int i=1; i a[i]) x = a[i]; return x; }<>

maximum

minimum

middle element

pivot

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Question 17

(TCO 5) Which of the following is not a search algorithm or technique?

Sequential search

Binary search

Linear search

Quadratic search

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Question 18

(TCO 5) Why can't a binary search be applied on the list below? 17, 22, 31, 19, 39, 43, 16

The list is too small.

The list is not sorted.

The size of the list is not a power of 2.

A binary search can be applied on the list as it appears.

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Question 19

(TCO 5) When designing a hash function, we try to _____ the number of collisions.

maximize

minimize

double

increment

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Question 20

(TCO 5) In open addressing, data is stored in a(n) _____.

class

queue

array

linked list

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Question 21

(TCO 6) In the following binary tree, the root node is _____.

61

26

14

18

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Question 22

(TCO 6) In the following binary tree, the height of the node with value 41 is _____.

1

2

3

4

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Question 23

(TCO 6) In a binary search tree the _____ is stored in the leftmost node of the tree.

smallest value

greatest value

median

mean

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Question 24

(TCO 6) In a binary search tree, the key in the _____ node is larger than the key in the root node.

right

bottom

root

header

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Question 25

(TCO 7) To represent a graph in a program, use a(n) _____.

array list

adjacency matrix

stack

binary tree