Find prime numbers between two numbers
You can also find prime numbers between two specified numbers.
#Source_code
#11
You can also find prime numbers between two specified numbers.
#Source_code
#11
Practice This Problem
There are several methods to solve this problem using brute-force, sorting, and hashing. These are discussed below
Find a pair with the given sum in a an array
Given an unsorted integer array, find a pair with the given sum in it.
#Data_Structure
#Output
There are several methods to solve this problem using brute-force, sorting, and hashing. These are discussed below
Find a pair with the given sum in a an array
Given an unsorted integer array, find a pair with the given sum in it.
#Data_Structure
#Output
Java
Practice This Problem There are several methods to solve this problem using brute-force, sorting, and hashing. These are discussed below Find a pair with the given sum in a an array Given an unsorted integer array, find a pair with the given sum in it.…
Using Brute-Force
The time complexity of the above solution is O(n^2) and doesn't require any extra space, where n is the size of the input.
#Source_code
#Data_Structure
The time complexity of the above solution is O(n^2) and doesn't require any extra space, where n is the size of the input.
#Source_code
#Data_Structure
Java
Practice This Problem There are several methods to solve this problem using brute-force, sorting, and hashing. These are discussed below Find a pair with the given sum in a an array Given an unsorted integer array, find a pair with the given sum in it.…
Using Sorting
The idea is to sort the given array in ascending order and maintain search space by maintaining two indices ( low and high) that initially points two endpoints of the array. Then reduce the search space nums[low..high] at each iteration of the loop by comparing the sum of elements present at indices low and high with desired sum. Increment low if the sum is less then the expected sum; otherwise, decrement high if the sum is more than the desired sum. If the pair is found, return it.
#Source_code
#Data_Structure
The idea is to sort the given array in ascending order and maintain search space by maintaining two indices ( low and high) that initially points two endpoints of the array. Then reduce the search space nums[low..high] at each iteration of the loop by comparing the sum of elements present at indices low and high with desired sum. Increment low if the sum is less then the expected sum; otherwise, decrement high if the sum is more than the desired sum. If the pair is found, return it.
#Source_code
#Data_Structure
Java
Using Sorting The idea is to sort the given array in ascending order and maintain search space by maintaining two indices ( low and high) that initially points two endpoints of the array. Then reduce the search space nums[low..high] at each iteration of the…
The time complexity of the above solution is O(n.log(n)) and doesn't require any extra space.
#Output
#Data_Structure
#Output
#Data_Structure
Java
Practice This Problem There are several methods to solve this problem using brute-force, sorting, and hashing. These are discussed below Find a pair with the given sum in a an array Given an unsorted integer array, find a pair with the given sum in it.…
Using Hashing
We can use a hash table to solve this problem in linear time. The idea is to insert array element nums[i] into a map. We also check if difference (nums[i], target - nums[i]) already exists in the map or not. If the difference is seen before, print the pair and return.
#Source_code
#Data_Structure
We can use a hash table to solve this problem in linear time. The idea is to insert array element nums[i] into a map. We also check if difference (nums[i], target - nums[i]) already exists in the map or not. If the difference is seen before, print the pair and return.
#Source_code
#Data_Structure
Java
Using Hashing We can use a hash table to solve this problem in linear time. The idea is to insert array element nums[i] into a map. We also check if difference (nums[i], target - nums[i]) already exists in the map or not. If the difference is seen before,…
The time complexity of the above solution is O(n) and requires O(n) extra space, where n is the size of the input.
#Output
#Data_structure
#Output
#Data_structure
Media is too big
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Data-Oriented Programming in Java
Data-Oriented Programming with Records, Sealed Classes, Text blocks, and more.
Java has undergone rapid evolution in the past several years. Many of the new features, while surely useful on their own, are designed to work together. See how three of the recent features - records, sealed classes, and pattern matching - work together to enable a data-oriented style of programming, which is a good match for today's cloud applications.
Data-Oriented Programming with Records, Sealed Classes, Text blocks, and more.
Java has undergone rapid evolution in the past several years. Many of the new features, while surely useful on their own, are designed to work together. See how three of the recent features - records, sealed classes, and pattern matching - work together to enable a data-oriented style of programming, which is a good match for today's cloud applications.
Let's see the palindrome program in java. In this java program, we will get a number variable and check whether number is palindrome or not.
Palindrome Program in Java
Palindrome number in java: A palindrome number is a number that is same after reverse. For example 545, 151, 34543, 171, 48984 are the palindrome numbers. It can also be a string like LOL, MADAM etc.
#Source_code
#12
Palindrome Program in Java
Palindrome number in java: A palindrome number is a number that is same after reverse. For example 545, 151, 34543, 171, 48984 are the palindrome numbers. It can also be a string like LOL, MADAM etc.
#Source_code
#12
Checks if a subarray with 0 sum exists or not
Given an integer array, check if it contains a subarray having zero-sum.
Note that the problem deals with subarrays that are contiguous, i.e., whose elements occupy consecutive positions in the array.
#Data_structure
Given an integer array, check if it contains a subarray having zero-sum.
Note that the problem deals with subarrays that are contiguous, i.e., whose elements occupy consecutive positions in the array.
#Data_structure
We can easily solve this problem in linear time by using hashing. The idea is to use a set to check if a subarray with zero-sum is present in the given array or not. Traverse the array and maintain the sum of elements seen so far. If the sum is seen before (i.e., the sum exists in the set), return true as there exists at least one subarray with zero-sum that ends at the current index; otherwise, insert the sum into the set.
#Data_structure
#Source_code
#Data_structure
#Source_code
Java
We can easily solve this problem in linear time by using hashing. The idea is to use a set to check if a subarray with zero-sum is present in the given array or not. Traverse the array and maintain the sum of elements seen so far. If the sum is seen before…
The time complexity of the above solution is O(n) and requires O(n) extra space, where n is the size of the input.
#Data_Structure
#Output
#Data_Structure
#Output
Media is too big
VIEW IN TELEGRAM
Java Virtual Threads
Concurrent applications, those serving multiple independent application actions simultaneously, are the bread and butter of Java serving-side programming. The thread has been Java's Primary unit of concurrency since its inception and is core to the entire Java platform. However, it can no longer efficiency represent a domain unit of concurrency. As a result, Java has seen a proliferation of libraries and frameworks that offer scalability while abandoning the thread as the unit of software concurrency - and, with it, the support of Java's observability tooling. In this session, learn how Project Loom aims to reinstate the thread as an efficient unit of concurrency by adding a lightweight implementation of threads of the Java platform.
Concurrent applications, those serving multiple independent application actions simultaneously, are the bread and butter of Java serving-side programming. The thread has been Java's Primary unit of concurrency since its inception and is core to the entire Java platform. However, it can no longer efficiency represent a domain unit of concurrency. As a result, Java has seen a proliferation of libraries and frameworks that offer scalability while abandoning the thread as the unit of software concurrency - and, with it, the support of Java's observability tooling. In this session, learn how Project Loom aims to reinstate the thread as an efficient unit of concurrency by adding a lightweight implementation of threads of the Java platform.
Print Program in Java (Another way)
You can also use a method where number or string is not predefined. Here, user has to put the number or string as input to check if the number/string is palindrome.
Palindrome number algorithm
* Get the number to check for palindrome
* Hold the number in temporary variable
* Reverse the number
* Compare the temporary number with reversed number
* If both numbers are same, print "palindrome number"
* Else Print "not palindrome"
#Source_code
#13
You can also use a method where number or string is not predefined. Here, user has to put the number or string as input to check if the number/string is palindrome.
Palindrome number algorithm
* Get the number to check for palindrome
* Hold the number in temporary variable
* Reverse the number
* Compare the temporary number with reversed number
* If both numbers are same, print "palindrome number"
* Else Print "not palindrome"
#Source_code
#13