Topic: Greedy-algorithms-question / Level: Advanced

• 398. Implement a function to solve the minimum-cost bipartite matching problem using a greedy approach.
• 399. Write a program to find the maximum value of items that can be packed in a knapsack with a weight limit using a greedy strategy.
• 400. Given an array of integers, find the minimum number of swaps required to sort the array.
• 401. Implement a greedy algorithm to find the largest number that can be formed from a list of integers.
• 402. Write a function to find the optimal way to partition an array to minimize the maximum sum of subarrays.
• 403. Given a set of jobs with deadlines and profits, implement a greedy algorithm to schedule jobs for maximum profit.
• 404. Write a program to calculate the maximum number of tasks that can be completed with specific deadlines.
• 405. Implement a function to find the minimum number of cuts needed to partition a string into palindromic substrings.
• 406. Given a series of stock prices, write a program to find the maximum profit that can be achieved through multiple buy-sell transactions.
• 407. Write a program to merge overlapping intervals and return the minimum number of intervals required.
• 408. Implement a greedy algorithm to select the maximum number of non-overlapping activities.
• 409. Given a set of tasks with deadlines and profits, find the maximum profit obtainable by scheduling the tasks efficiently.
• 410. Write a function to find the minimum number of jumps needed to reach the end of a given array.
• 411. Implement a greedy algorithm to solve the fractional knapsack problem with weights and values.
• 412. Write a program to determine if it is possible to partition an array into three subsets with equal sum.
• 413. Given a list of coins, find the minimum number of coins required to make a target amount using a greedy approach.
• 414. Implement a function to calculate the maximum sum of non-adjacent elements in an array.
• 415. Write a program to find the minimum number of platforms needed at a train station given arrival and departure times.
• 416. Given a list of tasks, implement a function to find the maximum profit obtainable by scheduling them efficiently.
• 417. Implement a greedy algorithm to determine the maximum number of activities that can be completed based on start and finish times.
• 418. Write a program to find the optimal way to pack items in a knapsack given weights and values.
• 419. Given an array of integers, determine the maximum profit that can be obtained from buying and selling multiple times.
• 420. Implement a greedy algorithm to solve the job scheduling problem with maximum profit.
• 421. Write a function to find the minimum cost of connecting all points in a 2D plane.
• 422. Given a list of integers, find the minimum number of deletions required to make the array strictly increasing.
• 423. Implement a greedy algorithm to merge overlapping intervals to minimize the total number of intervals.
• 424. Write a program to determine the maximum number of non-overlapping jobs that can be completed.
• 425. Given a series of stock prices, write a function to determine the maximum profit achievable through multiple buy-sell transactions.
• 426. Implement a greedy algorithm to find the largest sum of any contiguous subarray using a dynamic approach.
• 427. Write a program to solve the minimum cost bipartite matching problem using a greedy approach.

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