Topic: Greedy-algorithms-question / Level: Advanced

• 428. Given a set of jobs with deadlines, implement a function to find the maximum profit obtainable by scheduling the jobs.
• 429. Write a program to find the minimum number of cuts needed to partition a string into palindromic substrings.
• 430. Implement a greedy algorithm to solve the fractional knapsack problem with fractional weights.
• 431. Given an array of weights, determine the maximum number of items that can be packed into a knapsack with a weight limit.
• 432. Write a program to find the maximum number of activities that can be completed without overlapping time slots.
• 433. Implement a greedy algorithm to determine if it is possible to partition an array into k subsets with equal sum.
• 434. Given a sequence of integers, find the minimum number of operations required to make all elements equal.
• 435. Implement a greedy algorithm to solve the optimal merge pattern problem for files.
• 436. Write a function to determine the minimum number of coins needed to reach a target sum using a greedy strategy.
• 437. Given a list of jobs with deadlines, implement a function to determine if all jobs can be completed on time.
• 438. Write a program to find the maximum value of items that can be packed in a knapsack using a greedy approach.
• 439. Implement a greedy algorithm to find the maximum weight that can be carried in a knapsack given weights and values.
• 440. Given a list of intervals, write a program to merge overlapping intervals to minimize the total number of intervals.
• 441. Implement a greedy algorithm to solve the job scheduling problem with maximum profit.
• 442. Write a function to find the optimal way to partition an array into palindromic substrings.
• 443. Given a set of tasks with deadlines and profits, find the maximum profit obtainable by scheduling them efficiently.
• 444. Write a program to determine the minimum number of platforms needed at a train station for a given set of schedules.
• 445. Implement a greedy algorithm to solve the fractional knapsack problem with weights and values.
• 446. Given an array of integers, determine the maximum profit obtainable from multiple buy-sell transactions.
• 447. Write a program to find the minimum number of cuts needed to partition a string into palindromic substrings.
• 448. Implement a greedy algorithm to merge overlapping intervals to minimize the total number of intervals.
• 449. Given a list of tasks, implement a function to find the maximum profit obtainable by scheduling them efficiently.
• 450. Write a program to determine the optimal way to pack a knapsack with a weight limit given weights and values.
• 451. Implement a greedy algorithm to find the largest sum of any contiguous subarray.
• 452. Write a program to find the minimum number of jumps required to reach the end of an array.
• 453. Given a series of stock prices, write a function to determine the maximum profit achievable through multiple buy-sell transactions.
• 454. Implement a greedy algorithm to solve the job scheduling problem with maximum profit.
• 455. Write a function to determine the minimum cost of connecting n points in a 2D plane using a greedy approach.
• 456. Given a list of integers, find the maximum number of non-overlapping intervals that can be selected.
• 457. Implement a greedy algorithm to solve the traveling salesman problem.

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