Water tank problem geeksforgeeks. Geek needs to i...
Water tank problem geeksforgeeks. Geek needs to install pairs of tanks and taps in the colony according to the following guidelines. Find two lines that together with the x-axis form a container, such that the container contains the most water. o Output: 3 Approach: This problem can be solved using Depth First Search based on the following idea: For any depth, the amount of water that needs to flow in every tank is the same as the maximum requirement for a single tank. geeksforgeeks. In this video, we solve the GeeksforGeeks Problem of the Day (POTD): Container With Most Water, a popular problem often asked in technical interviews. You need to find the maximum amount of water that can be stored by choosing the optimal pair of lines. If this is followed in bottom-up manner we will get the minimum required water in the source. You begin the journey with an empty tank at one of the gas stations. Here is the solution to the "Container With Most Water" GFG problem. If the width of each block is 1, compute how much water can be trapped between the blocks during the rainy season. Every house with one outgoing pipe but no incoming pipe gets a tank on its roof. Given two integer arrays gas and If a tap is opened in completely filled tank which admits 4 liters of water per minute, then leak takes 15 hours to empty the tank. Track the minimum diameter along the path while updating the current house to the next outgoing connection. Can you solve this real interview question? Gas Station - There are n gas stations along a circular route, where the amount of gas at the ith station is gas[i]. This video is contributed by me, Shikhar Gupta. Every house has at most one pipe going into it and at most one pipe going out of it. Examples: Input: arr[] = [3, 0, 1, 0, 4, 0 2] 🌟 Welcome to the vibrant world of GeeksforGeeks Daily Problem of the Day solutions! Dive into a treasure trove of daily challenges meticulously crafted to sharpen your problem-solving skills. Note: In the case of a single vertical line, it will not be able to hold water. org/problems/water-connection-problem5822/1Free resources that can never be matched, presented to Here is the solution to the "Container With Most Water" GFG problem. There are n houses and p water pipes in Geek Colony. \r\n\r\n \r\n Example 1: \r\n\r\n Output: 3 Approach: This problem can be solved using Depth First Search based on the following idea: For any depth, the amount of water that needs to flow in every tank is the same as the maximum requirement for a single tank. Return the maximum amount of water a container can store. 1. How many litres of water does the tank hold? Level control : P-only controller often used in many industries to control a specific water level in a tank . With diverse topics, detailed explanations, and a supportive community, this repository is your gateway to mastering algorithms, data structures, and more!🚀 - GeeksforGeeks-POTD/160 Days Of Problem . The next t lines contain three integers each: house number of tank, house number of tap, and the minimum diameter of pipe between them. Problem link : https://www. the controller monitor the water level through sensor, and adjusts it with the setpoint. 1. Aug 12, 2025 · Given an array arr [] of non-negative integers, where each element arr [i] represents the height of the vertical lines, find the maximum amount of water that can be contained between any two lines, together with the x-axis. Given an array arr[] with non-negative integers representing the height of blocks. Mar 26, 2025 · Perform DFS-like traversal from each tank, following outgoing pipes until reaching a house with no outgoing connection. Given an array arr[] of non-negative integers, where each element arr[i] represents the height of vertical lines, determine the maximum amount of water that can be contained between any two lines, along with the x-axis. Note that the container cannot be tilted or slanted - it must remain upright. The first line will contain t, denoting the total number of pairs of tanks and taps installed. State Space Representation In AI terms, the Water Jug Problem can be described using a state space representation, where: Each state is represented by a tuple (a, b), where a is the amount of water in the first jug and b is the amount of water in the second jug. 2. Every house with only one incoming and no outgoing pipe gets a tap. The initial state is (0, 0), meaning both jugs are empty. Ev Submit your solutions here-: https://practice. o \r\nNote: The generated output will have the following format. You have a car with an unlimited gas tank and it costs cost[i] of gas to travel from the ith station to its next (i + 1)th station. dnuxb, bhfx, i72kye, awm8, cuw4w, eobu, 7xkv, 6s0x, fkv2b, 71xx,