Welcome to the class where I vendor bah blah blah. So today, I am going to discuss the theory of computation (TOC). Before starting the class, I would like to tell you a few points. First of all, this class is only about gate, so I am not going to discuss all possible theorems, proofs, and conjectures. I will be mainly discussing gate-related topics to help you answer gate questions. I am not going to discuss all the proofs, theorems, and conjectures. That is the first important point. The second important point is that when you are watching this video and if you don't understand anything, you can stop it, go back, listen to the point again, and come back to the next topic. I will even give you some time to take down notes. Even if I didn't give you any time, you can just pause the video to jot down important points or take detailed notes. If you don't understand a few problems while I'm teaching, don't worry. Just go through the complete video, finish off the entire subject, and you will understand everything by the end. If you don't understand anything at any point, don't worry. Just finish the video, rewatch it, and then you can understand it. Now, let me start the subject. Today, I am going to discuss TOC - theory of computation and the meaning of seamless computation. By this name, you must understand that this is something about computation. Computation refers to any tasks that can be done by a calculator or a computer. We are going to mathematically model a computer or any machine in general and then study the theory about it. This includes exploring the machine's capabilities, the problems it can solve, and its limitations. The basics of this subject...
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Video instructions and help with filling out and completing When Form 2220 Compute
