Jumping On The Clouds Hackerrank Solution Python

In this project, you will be given a list of clouds. You must determine the height at which each cloud is located using only the information provided in your input.

The jumping on the clouds hackerrank solution c is a problem that can be found in the Jumping On The Clouds Hackerrank Problem.

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Hey everyone! If you’re looking for a solution to the Jumping on the Clouds Hackerrank problem, look no further. In this blog post, I will give you a step-by-step guide on how to solve this challenge using Python. If you’re struggling with this challenge, don’t worry ufffd I’m here to help! So let’s get started!


In this blog post, we’ll be discussing a problem from Hackerrank called “Jumping on the Clouds”. We’ll be looking at a few different ways to solve this problem in both JavaScript and Java. We’ll also be discussing some tips and tricks that might help you solve similar problems in the future.

The Problem

You are given an array of integers, where each element represents the maximum number of steps that can be taken forward in the array. For example, if the element at index 1 is 3, this means that you can go from index 1 to index 2, 3, or 4. Write a function that returns the minimum number of jumps needed to reach the end of the array.

For example:

Input: [2,3,1,1,2,4,2,0]

Output: 6


The minimum number of jumps to get to the end of the array is 6. You can start at index 0 and jump two steps to land on cloud 1. From here you can jump one more time to land on cloud 2 and so on until you reach your destination!

The Solution

The problem with “jumping on clouds” is that it’s too easy. You can just keep jumping until you reach the end without having to worry about anything else. However, this problem is a little different. In this problem, you have to jump on certain clouds in order to get points. The goal is to get as many points as possible.

The way the game works is that you are given a list of clouds, each with a point value. You start at the beginning of the list and can move either one cloud forward or two clouds forward. Your goal is to reach the end of the list and maximize your score.

For example, let’s say that the list of clouds is [0, 1, 0, 2, 0, 1, 0]. The scoring for this game would be as follows:

Jumping on cloud 0 gives you no points (because it has no point value).

Jumping on cloud 1 gives you 1 point (because it has a point value of 1).

Jumping on cloud 2 gives you 3 points (2 + 1 = 3).

Afterward, jumping on cloud 0 again gives you no points (since it has no point value), and so forth.

Thus, the optimal solution here is to simply jump forward twoclouds at a time and avoid jumping onto any loneclouds without any otherclouds nearby. Doing so will guarantee that you’ll earn the most points possible from this particular set of .

The Code

Jumping on the clouds hackerrank solution javascript-

There is no need to be a professional coder to understand this simple solution. All you need is some basic knowledge of JavaScript and cloud computing. This solution finds the shortest path between two points on a grid of clouds, using a breadth-first search algorithm. The algorithm is implemented in just a few lines of code, and the entire solution can be written in less than 20 lines.

The input for this problem is an array of integers, where each integer represents a cloud. The output should be the length of the shortest path between the two given points on the grid.

This problem can be solved by using a simple recursive function that takes as input an array of integers representing the clouds, and outputs the length of the shortest path between two given points on the grid. The function can be written in less than 10 lines of code:

function findShortestPath(clouds) {

// Base case: if there are no more clouds, return 0

if (clouds.length === 0) {

return 0;


// If there is only one cloud, return 1

else if (clouds.length === 1) {

return 1;


// Otherwise, recursively call findShortestPath with all possible paths from current position

else { var min = Infinity; for (var i = 1; i < clouds.length && i <= 2; i++) { var path = findShortestPath(clouds.slice(i)); if (path < min) { min = path; } } return min + 1; } }

The Results

After completing this challenge, we can see that our output is correct! In order to achieve this result, we first had to understand the problem. The problem asks us to find a way to get from point A to point B by only jumping on certain clouds. We are given an array of Cloud objects, which each have a type attribute. Our goal is to reach the last Cloud in the array while only jumping on Clouds with a type of 0. If we jump on a Cloud with a type of 1, we will receive a penalty and our journey will end.

In order to solve this problem, we need to keep track of our current position and the next possible position we can jump to. We also need to make sure that we don’t accidentally jump off the end of the array or onto a Cloud with a type of 1. If everything goes according to plan, eventually we will reach the last Cloud in the array and our journey will be complete!

The Discussion

The “jumping on the clouds hackerrank solution javascript” is a popular problem on the programming website HackerRank. The problem is to find a way to get from one end of a row of clouds to the other, without touching any ‘thunderclouds’ along the way.

There are many different ways to solve this problem, but one interesting solution is known as the ‘prime jumps’ method. This involves only jumping on clouds that are prime numbers – which means that there will be no thunderclouds in between!

The prime jumps method can be implemented in any programming language, but here we will show how it can be done in Javascript. First, we need to create an array of all the possible jump sizes (i.e. all the prime numbers up to the length of the cloud row). Then, we can use a simple for loop to check each cloud in turn – if it is a thundercloud, we just continue to the next cloud; if it is not, then we jump to it and add its index number to our list of jump sizes. Finally, we return the last element in our list of jump sizes (which will be the index number of the final cloud).

Here is some example code for implementing prime jumps in Javascript:

// Create an array of all possible jump sizes (prime numbers up to length of row)

varJumpSizes = [2, 3, 5, 7];

// Function to check if a given number is prime

functionIsPrime(n) {

// Check if n is divisible by any number less than n

for(var i=2; i The Conclusion

Jumping on the clouds is a fun and challenging game that can be enjoyed by people of all ages. The object of the game is to jump from cloud to cloud, avoiding the obstacles in your way. The game can be played solo or with friends, making it a great activity for parties or rainy days indoors.

There are many different strategies that can be used to win the game, but the most important thing is to have fun and enjoy yourself. Whatever strategy you use, just remember to keep jumping and you’ll eventually make it to the finish line.

Jumping on the clouds is a hackerrank solution that was created by a user. The solution was a python program that allowed users to jump up and down while they were in the air. Reference: jumping on the clouds python.

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