Where can I find company-wise LeetCode questions for MathWorks?

LeetMap Pro provides a complete, verified list of 31 company-wise MathWorks coding interview questions filtered by 30-day, 3-month, and 6-month recency windows, 100% free with no paywall or subscription.

How does LeetMap track MathWorks interview problem recency?

LeetMap weights problem occurrences across 30-day, 3-month, and 6-month recency windows to ensure candidates focus on problems actively being asked in the current hiring cycle.

What difficulty distribution should I expect in MathWorks coding rounds?

For MathWorks, Medium difficulty problems represent the largest share (15 problems), followed by Easy (6) and Hard (10). Mastering foundational patterns like Trees, Graphs, and Dynamic Programming is essential.

MathWorksLeetCode Questions

Verified

31 questions·6 Easy·15 Medium·10 Hard

Company-wise coding interview questions asked by MathWorks, ranked by real frequency across 30-day, 3-month, and 6-month recency windows.

⌘K

#1648Sell Diminishing-Valued Colored Balls

Medium·Freq 100%·Acc 30.3%

#2462Total Cost to Hire K Workers

Medium·Freq 100%·Acc 43.8%

#2861Maximum Number of Alloys

Medium·Freq 100%·Acc 41.3%

#3035Maximum Palindromes After Operations

Medium·Freq 100%·Acc 47.2%

#566Reshape the Matrix

Easy·Freq 100%·Acc 65.2%

#968Binary Tree Cameras

Hard·Freq 94%·Acc 48.0%

#638Shopping Offers

Medium·Freq 94%·Acc 52.6%

#2514Count Anagrams

Hard·Freq 88%·Acc 38.0%

#2038Remove Colored Pieces if Both Neighbors are the Same Color

Medium·Freq 88%·Acc 63.1%

#1163Last Substring in Lexicographical Order

Hard·Freq 88%·Acc 35.1%

#1130Minimum Cost Tree From Leaf Values

Medium·Freq 88%·Acc 67.9%

#3049Earliest Second to Mark Indices II

Hard·Freq 88%·Acc 22.7%

#3048Earliest Second to Mark Indices I

Medium·Freq 88%·Acc 37.2%

#2444Count Subarrays With Fixed Bounds

Hard·Freq 88%·Acc 69.2%

#500Keyboard Row

Easy·Freq 88%·Acc 74.1%

#2582Pass the Pillow

Easy·Freq 88%·Acc 56.6%

#2858Minimum Edge Reversals So Every Node Is Reachable

Hard·Freq 77%·Acc 60.0%

#621Task Scheduler

Medium·Freq 75%·Acc 63.4%

#2918Minimum Equal Sum of Two Arrays After Replacing Zeros

Medium·Freq 75%·Acc 50.2%

#2851String Transformation

Hard·Freq 64%·Acc 27.5%

#25Reverse Nodes in k-Group

Hard·Freq 64%·Acc 66.6%

#2964Number of Divisible Triplet Sums

Medium·Freq 64%·Acc 67.6%

#2559Count Vowel Strings in Ranges

Medium·Freq 54%·Acc 67.9%

#2831Find the Longest Equal Subarray

Medium·Freq 54%·Acc 38.4%

#2697Lexicographically Smallest Palindrome

Easy·Freq 54%·Acc 81.5%

#1220Count Vowels Permutation

Hard·Freq 54%·Acc 61.3%

#20Valid Parentheses

Easy·Freq 54%·Acc 44.5%

#3335Total Characters in String After Transformations I

Medium·Freq 54%·Acc 45.6%

#1328Break a Palindrome

Medium·Freq 50%·Acc 51.6%

#1290Convert Binary Number in a Linked List to Integer

Easy·Freq 50%·Acc 82.4%

#1335Minimum Difficulty of a Job Schedule

Hard·Freq 50%·Acc 59.8%

#	Problem	Difficulty	Frequency↓	Acceptance
#1648	Sell Diminishing-Valued Colored Balls3 sources	Medium	100%	30.3%
#2462	Total Cost to Hire K Workers3 sources	Medium	100%	43.8%
#2861	Maximum Number of Alloys3 sources	Medium	100%	41.3%
#3035	Maximum Palindromes After Operations3 sources	Medium	100%	47.2%
#566	Reshape the Matrix3 sources	Easy	100%	65.2%
#968	Binary Tree Cameras3 sources	Hard	94%	48.0%
#638	Shopping Offers3 sources	Medium	94%	52.6%
#2514	Count Anagrams3 sources	Hard	88%	38.0%
#2038	Remove Colored Pieces if Both Neighbors are the Same Color3 sources	Medium	88%	63.1%
#1163	Last Substring in Lexicographical Order3 sources	Hard	88%	35.1%
#1130	Minimum Cost Tree From Leaf Values3 sources	Medium	88%	67.9%
#3049	Earliest Second to Mark Indices II3 sources	Hard	88%	22.7%
#3048	Earliest Second to Mark Indices I3 sources	Medium	88%	37.2%
#2444	Count Subarrays With Fixed Bounds3 sources	Hard	88%	69.2%
#500	Keyboard Row3 sources	Easy	88%	74.1%
#2582	Pass the Pillow3 sources	Easy	88%	56.6%
#2858	Minimum Edge Reversals So Every Node Is Reachable3 sources	Hard	77%	60.0%
#621	Task Scheduler3 sources	Medium	75%	63.4%
#2918	Minimum Equal Sum of Two Arrays After Replacing Zeros3 sources	Medium	75%	50.2%
#2851	String Transformation3 sources	Hard	64%	27.5%
#25	Reverse Nodes in k-Group3 sources	Hard	64%	66.6%
#2964	Number of Divisible Triplet Sums3 sources	Medium	64%	67.6%
#2559	Count Vowel Strings in Ranges3 sources	Medium	54%	67.9%
#2831	Find the Longest Equal Subarray3 sources	Medium	54%	38.4%
#2697	Lexicographically Smallest Palindrome3 sources	Easy	54%	81.5%
#1220	Count Vowels Permutation3 sources	Hard	54%	61.3%
#20	Valid Parentheses3 sources	Easy	54%	44.5%
#3335	Total Characters in String After Transformations I3 sources	Medium	54%	45.6%
#1328	Break a Palindrome	Medium	50%	51.6%
#1290	Convert Binary Number in a Linked List to Integer	Easy	50%	82.4%
#1335	Minimum Difficulty of a Job Schedule	Hard	50%	59.8%

Showing 31 of 31 questionsWindow: All Time

MathWorks Technical Interview Overview & Company-Wise Questions

Software engineering and technical interviews at MathWorks emphasize real-world problem solving, algorithmic efficiency, and scalable data structure design. The curated dataset above contains 31 verified LeetCode problems, categorized by frequency and filtered across recent interview seasons.

Frequently Asked Questions

What are the top LeetCode questions for MathWorks?

Leading questions include Sell Diminishing-Valued Colored Balls, Total Cost to Hire K Workers, Maximum Number of Alloys. Reviewing questions with higher recency (within the last 30 to 90 days) yields the highest return on preparation time.

Where can I practice company-wise LeetCode questions for MathWorks?

You can practice all 31 MathWorks LeetCode questions right here on LeetMap Pro. Filter by 30-day, 3-month, and 6-month recency, track your progress with local checkpoints, and practice curated SQL problems completely free.

How should I prepare for MathWorks coding rounds?

Begin by reviewing Medium-difficulty problems (15 tracked), which constitute the majority of technical rounds. Complement coding practice with foundational DSA patterns like Sliding Window, Two Pointers, and Graph Traversal.

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