DATA STRUCTURES AND ALGORITHMS

Understanding Heap Memory When writing code, variables are stored in memory in a space called the stack. As functions are called, these variables are added to the stack and are removed once the functions have completed execution. However, in addition to the stack, there is also a space called the heap, which can be used to allocate memory dynamically through the use of pointers. Pointer Basics A pointer is a variable that stores the address of a memory location. In C, you can use the malloc function to request dynamic memory in the heap, while in C++, you can use the new operator. You use pointers to request the memory and to access it later. Heap Memory The heap is a large pool of memory in your computer's RAM that can be allocated using a pointer. By requesting memory from the heap, you can store more complex data structures than you would be able to in the stack. Time and Space Complexity Efficient use of memory is an important part of writing algorithms and data structures. Using the heap is one way to optimize your code and use memory more efficiently. Time and space complexity are both important considerations when designing algorithms. This is how the C program is run inside our memory. In the coming videos, we will focus on data structures and algorithms. It is a prerequisite to know a little bit about it. I will use these terms, and understanding of this is necessary when we will see linked list, array, and binary search tree. I recommend learning C and C++ to prepare data structures and algorithms for any product-based company. I have made a 15-hour long video of C with notes the way I have given this video with notes. I hope you like this video. If you don't know C properly, then I have a 15-hour long video. You must definitely learn this. When you go for an interview, then the person in front of you will expect C, C++, or Java from you. You must know one of these three languages. You will be taken lightly over there. If you are only a Python and JavaScript programmer, then you will be at a disadvantage. You will still be down in front of a person who knows C, and I have written all these things in notes so you won't have any problem. I am telling this from experience. This is also a mindset, and you should do C and not to use Python and to be a programmer who knows it. I have also given their reasons in many more videos. I have said that you have to be careful about it. You have to use it. I'm not to be afraid of it. If you want to use C and to understand it, it's not to ignore it. In many of the most important to understand. You need to use the language. You need to understand what you need it. There is no need to be an expert. You should be aware of the problem. You don't know that you know that it's not to make mistakes. You can be very aware of what you've got to understand the problem. Don't be afraid to use a problem. You're not to get to understand this. It'll be very careful. It has to be aware that you are aware of it. It's a very important. It's a very good thing. You know that the time complexity is a complex concept of time complexity. The video was created to explore time complexity and other topics in the coming videos. Don't forget to like this video. Tell me in the comment below how was this video, and I will see you next time. The next video will be a time complexity video with notes and video of the time complexity. In the next video also with notes. Therefore, do access it guys. The other video is a time-com complexity video that explores time complexity, time complexity. The same way, I have given that video also with notes. We will also explore the topics in our next videos. The next videos will be available in the following videos the next week. We are happy to see you in the new videos. Please share your feedback. Please submit your comments and share your new videos of this video of your latest videos. Please post your feedback in the latest video to the next page. Please email us and comment on our back to us. Back in the top back to now. Back in the back to check to the next channel. Please contact our back back to see back to last back to we back to in the next page, back the back channel. The front back to the front to back to the last back in back to