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Here, we are giving you the list of Data Structure and Algorithms Books using C++ Language based on the experience of Learners and Professionals Developers. And as a beginner, you might be confused to choose the right book to start learning Data Structure and Algorithms. There are hundreds and thousands of Data Structure and Algorithms books using C++ is available on Amazon or Internet or any other e-commerce site.
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Some of the books just give an overview of various Data Structure and Algorithms concepts, while some other Data Structure and Algorithms using C++ books go into the depth of each Data Structure and Algorithms concept. Data Structures and Algorithms TutorialsĬombining the best Data Structure and Algorithms books using C++ along with articles, tutorials, and videos, you will get an excellent path to learn Data Structure and Algorithms using C++ Language.Now we are dealing with the array on the right, using the same terminology of division to obtain the index, we keep dividing the array where it can’t be divided further, and after that, we sort them according to their order.As we get an index of 2, we simply divide the array from the 2nd index, later after that, the array on the left (8,2) can’t be divided further so we sort it according to the order & the converted array is now 2,8.Here, as we can see we have 5 elements in the array, so we divide 5 by 2, and as result, we get the index of the element where we have to divide the array.We have an input array as mentioned in the example, in merge-sort when we divide the input array into two halves, we need to calculate the index of the element in that array so that we can divide the array into two halves.Take a look at the example that I have shown below for a better understanding.
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It is a Divide and Conquer algorithm, where we divide the input array into two halves, which calls itself for the two halves and then merges the two sorted halves. Note that also the last Node won't have an address in a Single Linked List. For example, if we store 3 numbers (10,20,30) in a Single Linked List, now each Node contains the address to the Node with their associated Data, except the first Node doesn't have a Link and to access the first Node we have a pointer which contains its own address. Single Linked List: It is simply made up of multiple Nodes, where every Node contains the Data and Link.There are 3 types of Linked List where you need to look at. Data is your actual stored data and the Link contains the address to that next Node of the List. Similarly in a Linked List, we have Nodes that contain two things, Data & Link. Let's say in a restaurant you ordered some food, as the waiter comes to your table and notes your order, he has to carry two things with him, that is obviously your food and where you are located in the restaurant. If you already have some experience with programming then there are chances that you might have heard about Linked List, these are considered as a better alternative than Arrays for storing lists in memory, as there are many disadvantages and limitations of using an Array.