Exam 19: Stacks and Queues
Exam 1: Introduction to Computers and Programming47 Questions
Exam 2: Introduction to C62 Questions
Exam 3: Expressions and Interactivity45 Questions
Exam 4: Making Decisions51 Questions
Exam 5: Loops and Files60 Questions
Exam 6: Functions49 Questions
Exam 7: Arrays and Vectors56 Questions
Exam 8: Searching and Sorting Arrays30 Questions
Exam 9: Pointers47 Questions
Exam 10: Characters, C-Strings, and More About the String Class47 Questions
Exam 11: Structured Data46 Questions
Exam 12: Advanced File Operations38 Questions
Exam 13: Introduction to Classes54 Questions
Exam 14: More About Classes46 Questions
Exam 15: Inheritance, Polymorphism, and Virtual Functions43 Questions
Exam 16: Exceptions and Templates36 Questions
Exam 17: The Standard Template Library38 Questions
Exam 18: Linked Lists41 Questions
Exam 19: Stacks and Queues47 Questions
Exam 20: Recursion27 Questions
Exam 21: Binary Trees39 Questions
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Select all that apply. Data structures that can dynamically store elements and can grow and shrink in size are
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Computer systems use stacks. For example, when a function is called, they create local variables on a stack which are removed from the stack when the function terminates.
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The pop function in the stack template of the STL does not retrieve the value from the top of the stack; it merely removes it.
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Queues that are implemented as arrays are called __________ queues.
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When the program knows the exact contents of a list and can access any element on demand, the data structure is known as a stacked deque.
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The first item placed onto a stack is always the last item removed from the stack.
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Select all that apply. The queue data structure is commonly applied in connection with
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