Deck 6: Arrays

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Question
An array is a(n)____ of values in computer memory.

A)list
B)accumulation
C)set
D)record
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Question
An array can be used to replace ____.

A)records
B)methods
C)nested decisions
D)loops
Question
You use subscripts 1 through 10 to access the elements in a ten element array.
Question
The number of elements in an array is called the ____ of the array.

A)width
B)size
C)height
D)depth
Question
Many newer programming languages such as C++, Java, and C# use subscript 1 to access the first element of the array.
Question
A(n)____ is another name for a subscript.

A)pointer
B)sequence
C)index
D)place holder
Question
You can improve the efficiency of a program by leaving a loop as soon as a match is found in the array.
Question
Providing array values is sometimes called ____.

A)creating the array
B)declaring the array
C)accumulating the array
D)populating the array
Question
All array elements have the same group ____.

A)subscript
B)name
C)memory location
D)value
Question
Suppose that you have declared a numeric array named numbers, and two of its elements are numbers[1] and numbers[5]. You know that ____.

A)numbers[1] is smaller than numbers[5]
B)there are exactly four elements between those two elements
C)numbers[5] is the last element in the array
D)there are exactly three elements between those two elements
Question
A parallel array is an array that stores another array in each element.
Question
Arrays cannot be used if you need to search for a range of values.
Question
When you have a five element array and use subscript 6, your subscript is said to be out of bounds.
Question
In all languages, subscript values must be sequential ____.

A)characters
B)fractions
C)real numbers
D)integers
Question
A program contains an array that holds all the names of the days of the week. Which of the following is true?

A)The highest subscript is 6.
B)The highest subscript is 7.
C)The lowest subscript is 1.
D)The highest subscript is 12.
Question
Parallel arrays must contain the same data type.
Question
Declaring a named constant makes code easier to modify and understand.
Question
Array elements all have the same ____ in common.

A)pointer
B)memory location
C)value
D)data type
Question
The for loop is a good tool when working with arrays because you frequently need to process every element of an array from beginning to end.
Question
Many newer programming languages such as C++, Java, and C# use the square bracket notation for arrays.
Question
To search an array for a(n)____ match, you can store either the highest or lowest value of each range for comparison.

A)flag
B)index
C)subscript
D)range
Question
A ____ search starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower.

A)linear
B)binary
C)quadratic
D)divided
Question
A subscript, also called a(n)____________________, is a number that indicates the position of a particular item within an array.
Question
The number of bytes in an array is always a multiple of the number of ____ in an array.

A)subscripts
B)elements
C)iterators
D)indexes
Question
Parallel arrays are most useful when value pairs have a(n)____ relationship.

A)direct
B)indirect
C)linked
D)tiered
Question
Which statement is true of arrays?

A)Only whole numbers can be used as array subscripts.
B)Only whole numbers can be stored in arrays.
C)Arrays cause more work for the programmer, but allow faster program execution.
D)Array elements cannot be reset after the array is declared.
Question
The true benefit of using an array lies in your ability to use a ____ as a subscript to the array.

A)constant
B)loop
C)command
D)variable
Question
In every programming language, when you access data stored in an array, you must use a ____ containing a value that accesses memory occupied by the array.

A)superscript
B)subscript
C)key
D)condition
Question
When you search through a list from one end to the other, you are performing a ____.

A)linear search
B)binary search
C)quadratic search
D)single lookup
Question
When working with arrays, you can use ____________________ in several ways: To hold the size of an array, as the array values, and as a subscript .
Question
A(n)____________________ is a variable set to indicate whether some event has occurred.
Question
One advantage to using a named constant is that the statement becomes ____.

A)self-perpetuating
B)self-documenting
C)self-referencing
D)self-mitigating
Question
Use a(n)____________________ to indicate the position of a particular item within an array.
Question
If you declare a variable to be Boolean, you can set its value to ____.

A)any number
B)true or false
C)any integer
D)1 or -1
Question
Every array has a(n)____ size.

A)infinite
B)finite
C)variable
D)constant
Question
Besides making your code easier to modify, using a ____ makes the code easier to understand.

A)standard constant
B)named constant
C)literal constant
D)named variable
Question
Named ____ hold values that do not change during a program's execution.

A)constants
B)variables
C)objects
D)items
Question
A ____ relates parallel arrays.

A)superscript
B)key
C)subscript
D)postscript
Question
When a subscript is not within the range of acceptable subscripts, it is said to be ____.

A)a superscript
B)flagged
C)out of bounds
D)indexed
Question
All array elements have the same ____________________ name, but each individual element also has a unique subscript indicating how far away it is from the first element.
Question
Consider a mail-order business in which customers get a discount based on the quantity they order. In writing a program to compute the discount based on a customer's order quantity, why is it not a good idea to construct an array with as many elements as a customer might want to order, and store the appropriate discount associated with each number?
Question
How do you reference the elements in an array?
Question
What happens when a beginning programmer forgets that array subscripts start with 0?
Question
Match between columns
In this type of array, each element in one array is associated with the element in the same relative position in the other array
linear search
In this type of array, each element in one array is associated with the element in the same relative position in the other array
in bounds
In this type of array, each element in one array is associated with the element in the same relative position in the other array
flag
In this type of array, each element in one array is associated with the element in the same relative position in the other array
parallel arrays
In this type of array, each element in one array is associated with the element in the same relative position in the other array
array
In this type of array, each element in one array is associated with the element in the same relative position in the other array
element
In this type of array, each element in one array is associated with the element in the same relative position in the other array
for loop
In this type of array, each element in one array is associated with the element in the same relative position in the other array
named constant
In this type of array, each element in one array is associated with the element in the same relative position in the other array
binary search
In this type of array, each element in one array is associated with the element in the same relative position in the other array
populating the array
Question
Match between columns
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
linear search
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
in bounds
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
flag
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
parallel arrays
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
array
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
element
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
for loop
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
named constant
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
binary search
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
populating the array
Question
Describe an array and provide an example of a real-life equivalent to an array.
Question
Why is it important to learn to use arrays properly?
Question
What is an advantage of using an array to match a value in a range of values?
Question
How can constants be used when working with arrays?
Question
Match between columns
A subscript that is within the range of acceptable subscripts
linear search
A subscript that is within the range of acceptable subscripts
in bounds
A subscript that is within the range of acceptable subscripts
flag
A subscript that is within the range of acceptable subscripts
parallel arrays
A subscript that is within the range of acceptable subscripts
array
A subscript that is within the range of acceptable subscripts
element
A subscript that is within the range of acceptable subscripts
for loop
A subscript that is within the range of acceptable subscripts
named constant
A subscript that is within the range of acceptable subscripts
binary search
A subscript that is within the range of acceptable subscripts
populating the array
Question
What happens if a subscript value is negative or higher than the highest allowed subscript?
Question
What are the steps to verify that an item number exists in an array? Provide an example.
Question
Match between columns
Starts searching through a list from one end to the other
linear search
Starts searching through a list from one end to the other
in bounds
Starts searching through a list from one end to the other
flag
Starts searching through a list from one end to the other
parallel arrays
Starts searching through a list from one end to the other
array
Starts searching through a list from one end to the other
element
Starts searching through a list from one end to the other
for loop
Starts searching through a list from one end to the other
named constant
Starts searching through a list from one end to the other
binary search
Starts searching through a list from one end to the other
populating the array
Question
Match between columns
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
linear search
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
in bounds
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
flag
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
parallel arrays
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
array
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
element
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
for loop
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
named constant
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
binary search
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
populating the array
Question
Match between columns
A variable that you set to indicate whether some event has occurred
linear search
A variable that you set to indicate whether some event has occurred
in bounds
A variable that you set to indicate whether some event has occurred
flag
A variable that you set to indicate whether some event has occurred
parallel arrays
A variable that you set to indicate whether some event has occurred
array
A variable that you set to indicate whether some event has occurred
element
A variable that you set to indicate whether some event has occurred
for loop
A variable that you set to indicate whether some event has occurred
named constant
A variable that you set to indicate whether some event has occurred
binary search
A variable that you set to indicate whether some event has occurred
populating the array
Question
Match between columns
Can hold the size of an array
linear search
Can hold the size of an array
in bounds
Can hold the size of an array
flag
Can hold the size of an array
parallel arrays
Can hold the size of an array
array
Can hold the size of an array
element
Can hold the size of an array
for loop
Can hold the size of an array
named constant
Can hold the size of an array
binary search
Can hold the size of an array
populating the array
Question
Match between columns
Providing array values
linear search
Providing array values
in bounds
Providing array values
flag
Providing array values
parallel arrays
Providing array values
array
Providing array values
element
Providing array values
for loop
Providing array values
named constant
Providing array values
binary search
Providing array values
populating the array
Question
Match between columns
Each separate item in an array
linear search
Each separate item in an array
in bounds
Each separate item in an array
flag
Each separate item in an array
parallel arrays
Each separate item in an array
array
Each separate item in an array
element
Each separate item in an array
for loop
Each separate item in an array
named constant
Each separate item in an array
binary search
Each separate item in an array
populating the array
Question
Match between columns
A series of values in computer memory
linear search
A series of values in computer memory
in bounds
A series of values in computer memory
flag
A series of values in computer memory
parallel arrays
A series of values in computer memory
array
A series of values in computer memory
element
A series of values in computer memory
for loop
A series of values in computer memory
named constant
A series of values in computer memory
binary search
A series of values in computer memory
populating the array
Question
Why is it desirable to leave the loop as soon as a match is found?
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Deck 6: Arrays
1
An array is a(n)____ of values in computer memory.

A)list
B)accumulation
C)set
D)record
A
2
An array can be used to replace ____.

A)records
B)methods
C)nested decisions
D)loops
C
3
You use subscripts 1 through 10 to access the elements in a ten element array.
False
4
The number of elements in an array is called the ____ of the array.

A)width
B)size
C)height
D)depth
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5
Many newer programming languages such as C++, Java, and C# use subscript 1 to access the first element of the array.
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6
A(n)____ is another name for a subscript.

A)pointer
B)sequence
C)index
D)place holder
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7
You can improve the efficiency of a program by leaving a loop as soon as a match is found in the array.
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k this deck
8
Providing array values is sometimes called ____.

A)creating the array
B)declaring the array
C)accumulating the array
D)populating the array
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9
All array elements have the same group ____.

A)subscript
B)name
C)memory location
D)value
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10
Suppose that you have declared a numeric array named numbers, and two of its elements are numbers[1] and numbers[5]. You know that ____.

A)numbers[1] is smaller than numbers[5]
B)there are exactly four elements between those two elements
C)numbers[5] is the last element in the array
D)there are exactly three elements between those two elements
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11
A parallel array is an array that stores another array in each element.
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12
Arrays cannot be used if you need to search for a range of values.
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13
When you have a five element array and use subscript 6, your subscript is said to be out of bounds.
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14
In all languages, subscript values must be sequential ____.

A)characters
B)fractions
C)real numbers
D)integers
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15
A program contains an array that holds all the names of the days of the week. Which of the following is true?

A)The highest subscript is 6.
B)The highest subscript is 7.
C)The lowest subscript is 1.
D)The highest subscript is 12.
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16
Parallel arrays must contain the same data type.
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17
Declaring a named constant makes code easier to modify and understand.
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18
Array elements all have the same ____ in common.

A)pointer
B)memory location
C)value
D)data type
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19
The for loop is a good tool when working with arrays because you frequently need to process every element of an array from beginning to end.
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20
Many newer programming languages such as C++, Java, and C# use the square bracket notation for arrays.
Unlock Deck
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21
To search an array for a(n)____ match, you can store either the highest or lowest value of each range for comparison.

A)flag
B)index
C)subscript
D)range
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22
A ____ search starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower.

A)linear
B)binary
C)quadratic
D)divided
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23
A subscript, also called a(n)____________________, is a number that indicates the position of a particular item within an array.
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24
The number of bytes in an array is always a multiple of the number of ____ in an array.

A)subscripts
B)elements
C)iterators
D)indexes
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k this deck
25
Parallel arrays are most useful when value pairs have a(n)____ relationship.

A)direct
B)indirect
C)linked
D)tiered
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Unlock for access to all 60 flashcards in this deck.
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k this deck
26
Which statement is true of arrays?

A)Only whole numbers can be used as array subscripts.
B)Only whole numbers can be stored in arrays.
C)Arrays cause more work for the programmer, but allow faster program execution.
D)Array elements cannot be reset after the array is declared.
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Unlock for access to all 60 flashcards in this deck.
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27
The true benefit of using an array lies in your ability to use a ____ as a subscript to the array.

A)constant
B)loop
C)command
D)variable
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Unlock Deck
k this deck
28
In every programming language, when you access data stored in an array, you must use a ____ containing a value that accesses memory occupied by the array.

A)superscript
B)subscript
C)key
D)condition
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29
When you search through a list from one end to the other, you are performing a ____.

A)linear search
B)binary search
C)quadratic search
D)single lookup
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k this deck
30
When working with arrays, you can use ____________________ in several ways: To hold the size of an array, as the array values, and as a subscript .
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31
A(n)____________________ is a variable set to indicate whether some event has occurred.
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32
One advantage to using a named constant is that the statement becomes ____.

A)self-perpetuating
B)self-documenting
C)self-referencing
D)self-mitigating
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33
Use a(n)____________________ to indicate the position of a particular item within an array.
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34
If you declare a variable to be Boolean, you can set its value to ____.

A)any number
B)true or false
C)any integer
D)1 or -1
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35
Every array has a(n)____ size.

A)infinite
B)finite
C)variable
D)constant
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36
Besides making your code easier to modify, using a ____ makes the code easier to understand.

A)standard constant
B)named constant
C)literal constant
D)named variable
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37
Named ____ hold values that do not change during a program's execution.

A)constants
B)variables
C)objects
D)items
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38
A ____ relates parallel arrays.

A)superscript
B)key
C)subscript
D)postscript
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39
When a subscript is not within the range of acceptable subscripts, it is said to be ____.

A)a superscript
B)flagged
C)out of bounds
D)indexed
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40
All array elements have the same ____________________ name, but each individual element also has a unique subscript indicating how far away it is from the first element.
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41
Consider a mail-order business in which customers get a discount based on the quantity they order. In writing a program to compute the discount based on a customer's order quantity, why is it not a good idea to construct an array with as many elements as a customer might want to order, and store the appropriate discount associated with each number?
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42
How do you reference the elements in an array?
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43
What happens when a beginning programmer forgets that array subscripts start with 0?
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44
Match between columns
In this type of array, each element in one array is associated with the element in the same relative position in the other array
linear search
In this type of array, each element in one array is associated with the element in the same relative position in the other array
in bounds
In this type of array, each element in one array is associated with the element in the same relative position in the other array
flag
In this type of array, each element in one array is associated with the element in the same relative position in the other array
parallel arrays
In this type of array, each element in one array is associated with the element in the same relative position in the other array
array
In this type of array, each element in one array is associated with the element in the same relative position in the other array
element
In this type of array, each element in one array is associated with the element in the same relative position in the other array
for loop
In this type of array, each element in one array is associated with the element in the same relative position in the other array
named constant
In this type of array, each element in one array is associated with the element in the same relative position in the other array
binary search
In this type of array, each element in one array is associated with the element in the same relative position in the other array
populating the array
Unlock Deck
Unlock for access to all 60 flashcards in this deck.
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45
Match between columns
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
linear search
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
in bounds
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
flag
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
parallel arrays
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
array
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
element
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
for loop
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
named constant
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
binary search
A particularly convenient tool when working with arrays because you frequently need to process every element of an array
populating the array
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Unlock for access to all 60 flashcards in this deck.
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46
Describe an array and provide an example of a real-life equivalent to an array.
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47
Why is it important to learn to use arrays properly?
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48
What is an advantage of using an array to match a value in a range of values?
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49
How can constants be used when working with arrays?
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50
Match between columns
A subscript that is within the range of acceptable subscripts
linear search
A subscript that is within the range of acceptable subscripts
in bounds
A subscript that is within the range of acceptable subscripts
flag
A subscript that is within the range of acceptable subscripts
parallel arrays
A subscript that is within the range of acceptable subscripts
array
A subscript that is within the range of acceptable subscripts
element
A subscript that is within the range of acceptable subscripts
for loop
A subscript that is within the range of acceptable subscripts
named constant
A subscript that is within the range of acceptable subscripts
binary search
A subscript that is within the range of acceptable subscripts
populating the array
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51
What happens if a subscript value is negative or higher than the highest allowed subscript?
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52
What are the steps to verify that an item number exists in an array? Provide an example.
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53
Match between columns
Starts searching through a list from one end to the other
linear search
Starts searching through a list from one end to the other
in bounds
Starts searching through a list from one end to the other
flag
Starts searching through a list from one end to the other
parallel arrays
Starts searching through a list from one end to the other
array
Starts searching through a list from one end to the other
element
Starts searching through a list from one end to the other
for loop
Starts searching through a list from one end to the other
named constant
Starts searching through a list from one end to the other
binary search
Starts searching through a list from one end to the other
populating the array
Unlock Deck
Unlock for access to all 60 flashcards in this deck.
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54
Match between columns
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
linear search
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
in bounds
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
flag
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
parallel arrays
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
array
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
element
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
for loop
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
named constant
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
binary search
Starts looking in the middle of a sorted list, and then determines whether it should continue higher or lower
populating the array
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55
Match between columns
A variable that you set to indicate whether some event has occurred
linear search
A variable that you set to indicate whether some event has occurred
in bounds
A variable that you set to indicate whether some event has occurred
flag
A variable that you set to indicate whether some event has occurred
parallel arrays
A variable that you set to indicate whether some event has occurred
array
A variable that you set to indicate whether some event has occurred
element
A variable that you set to indicate whether some event has occurred
for loop
A variable that you set to indicate whether some event has occurred
named constant
A variable that you set to indicate whether some event has occurred
binary search
A variable that you set to indicate whether some event has occurred
populating the array
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56
Match between columns
Can hold the size of an array
linear search
Can hold the size of an array
in bounds
Can hold the size of an array
flag
Can hold the size of an array
parallel arrays
Can hold the size of an array
array
Can hold the size of an array
element
Can hold the size of an array
for loop
Can hold the size of an array
named constant
Can hold the size of an array
binary search
Can hold the size of an array
populating the array
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57
Match between columns
Providing array values
linear search
Providing array values
in bounds
Providing array values
flag
Providing array values
parallel arrays
Providing array values
array
Providing array values
element
Providing array values
for loop
Providing array values
named constant
Providing array values
binary search
Providing array values
populating the array
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58
Match between columns
Each separate item in an array
linear search
Each separate item in an array
in bounds
Each separate item in an array
flag
Each separate item in an array
parallel arrays
Each separate item in an array
array
Each separate item in an array
element
Each separate item in an array
for loop
Each separate item in an array
named constant
Each separate item in an array
binary search
Each separate item in an array
populating the array
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59
Match between columns
A series of values in computer memory
linear search
A series of values in computer memory
in bounds
A series of values in computer memory
flag
A series of values in computer memory
parallel arrays
A series of values in computer memory
array
A series of values in computer memory
element
A series of values in computer memory
for loop
A series of values in computer memory
named constant
A series of values in computer memory
binary search
A series of values in computer memory
populating the array
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60
Why is it desirable to leave the loop as soon as a match is found?
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Unlock Deck
Unlock for access to all 60 flashcards in this deck.