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Data Structures Theoryknowledge~10 mins

Why linked lists solve array limitations in Data Structures Theory - Test Your Understanding

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Practice - 5 Tasks
Answer the questions below
1fill in blank
easy

Complete the sentence to explain a limitation of arrays.

Data Structures Theory
Arrays have a fixed [1], which means their size cannot be changed after creation.
Drag options to blanks, or click blank then click option'
Aspeed
Bcolor
Cweight
Dlength
Attempts:
3 left
πŸ’‘ Hint
Common Mistakes
Choosing unrelated words like color or speed.
2fill in blank
medium

Complete the sentence to describe a linked list advantage.

Data Structures Theory
Linked lists allow [1] memory allocation, so they can grow or shrink during runtime.
Drag options to blanks, or click blank then click option'
Adynamic
Bfixed
Cstatic
Dlimited
Attempts:
3 left
πŸ’‘ Hint
Common Mistakes
Confusing dynamic with fixed or static.
3fill in blank
hard

Fix the error in the sentence about array resizing.

Data Structures Theory
Arrays cannot be easily [1] to add more elements without copying data.
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Ashrunk
Blinked
Cresized
Dsorted
Attempts:
3 left
πŸ’‘ Hint
Common Mistakes
Choosing unrelated actions like linked or sorted.
4fill in blank
hard

Fill both blanks to explain linked list flexibility.

Data Structures Theory
In linked lists, each element points to the [1] element, allowing [2] insertion and deletion.
Drag options to blanks, or click blank then click option'
Anext
Bprevious
Cfast
Deasy
Attempts:
3 left
πŸ’‘ Hint
Common Mistakes
Confusing next with previous or unrelated words.
5fill in blank
hard

Fill all three blanks to describe linked list benefits over arrays.

Data Structures Theory
Arrays have [1] size and require [2] copying to resize, but linked lists use [3] allocation to avoid this.
Drag options to blanks, or click blank then click option'
Afixed
Bdata
Cdynamic
Dslow
Attempts:
3 left
πŸ’‘ Hint
Common Mistakes
Mixing up fixed and dynamic or confusing data copying.