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Hello, my name is Tayfun, and in this lecture we are going to learn about the and logic.

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So today we are embarking on a journey to unravel the fascinating world of logic.

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And this is a concept that brings a touch of teamwork to the realm of computers.

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So imagine a magical lock that only opens when two specific keys are used together.

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That's the heart of an and logic.

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So now we will dive into the intricacies of this logic gate and uncover its vital role.

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The realm of.

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So think of and logic as a pair of these steel gates, each requiring a key to open.

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But these keys come in two colors.

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The one is silver in this case, right?

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It My driving skills is not that good.

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But I will try this as hard as I can, so.

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Here.

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So here we have the silver key.

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And we throw the here and we also have this gold key.

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So this is our keys here.

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So here to unlock these gates, you need a silver key for one gate.

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And the gold key for the other, right.

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So only when both keys are inserted simultaneously will the gate swing open, granting access.

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So if either key is missing or if both keys are the same color, the gates remain tightly closed.

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So in the world of computers and logic acts as a digital partnership that ask a specific question.

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So the basically this and logic asks just want this this very simple and specific question are.

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Are both things true?

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Write this.

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Ask just this question here.

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That's it.

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So if the answer is yes, then it signifies that the both things are true.

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If the answer is no, then at least one of the things is false.

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So and logic empowers the computers to make decisions based on the joint validity of the two conditions.

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So imagine you have a two loyal guards.

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This is a guard A and guard B, each of with lantern in their hands.

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They hold a power to illuminate a path.

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Introduce the logic to the scenario, and logic acts as a grand illuminator, lighting the way only

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when both guards have their lanterns ablaze.

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So if a guard a lantern shines and a guard B lantern casts its glow, the grand illuminator beams brightly.

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However, if a either guard or guard B has their lantern unlit, in this case, it's zero.

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But lit is glowing is one, then the illuminator remains dim, so we can also have a consider mythical

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bridge guarded by a vigilant sphinx.

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To cross the bridge, you need to answer the two riddles correctly.

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Riddle A and riddle B Only when both riddles are answered accurately.

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You can.

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Then you can proceed, right?

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So if either A or riddle B is answered incorrectly, the bridge remains inaccessible and the Sphinx

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watchful gaze persists.

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So and Logic finds its application in various computer scenarios, such as ensuring the fulfillment

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of multiple conditions before performing an actions.

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And just like the synchronized keys required to unlock our mystical gates.

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So add logic ensures that both conditions are met before granting access or triggering a specific route.

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So here it's actually just a bit we will be dealing with is so I will write some diagram here so you

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will understand better and here.

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So we will need to.

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Actually, we don't need this here, so.

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Just need to.

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The brush size here and that's it.

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So here we will delete this brush off and here we will create some diagram.

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For illustrative purposes.

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So one.

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But let's.

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So this is one.

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You.

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Re here.

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So this is our first two and.

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Right.

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And.

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Again here.

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And again, we will add another here.

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Actually, we don't need to add here.

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Does this.

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And that's it.

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So now what we're going to do is.

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This is our A.

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Different color.

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Uh, a.

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Be.

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And this is our output, right?

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So here, if our A is true and B is true as well, then our output will be one.

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If our A is zero and B is zero as well, then our output will be one again.

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But if our A is one and B is zero, our output will be zero.

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And if our A is zero and B is one, our output will be zero again.

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So as we explained here in this cases, our output is set.

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Here again, sad, but in these cases, these are output as this one output here, these are happy.

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Right.

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And that's it with our and logic.

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There you have it and extensive exploration of and the logic.

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So this is a captivating concept that adds a sense of collaboration to the world of computing.

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Think of it as a harmonious partnership between two keys need to unlock a set of gates.

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As you delve further, remember that and logic enables computers to make decisions based on the joint

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root of two inputs.

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So keep your curiosity kindled fellow adventurers as you venture deeper into the cooperative world of

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logic, the ever evolving realm of computers.