More Problems

• Find the maximum number of appointments that can be scheduled without any overlaps.
• Given a set of students and exam times, find the maximum number of exams that can be scheduled without conflicts.
• You are given a list of prices for a set of products. Maximize the number of products you can buy with a given budget.
• Find the minimum number of changes needed to make all elements of an array equal using a greedy algorithm.
• You are given a list of delivery locations. Minimize the total distance traveled by visiting each location exactly once.
• Maximize the total value of a set of products you can purchase with a limited budget.
• Given a list of items with weights and values, find the subset of items that maximizes the value without exceeding a given weight limit using the fractional knapsack approach.
• Find the minimum number of servers required to handle a given number of tasks within their time constraints.