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Let's explore the most important and
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relevant ones. One. Imperative programming
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is based on giving step-by-
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Second, structured programming.
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Organize the code into clear blocks.
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Three, object-oriented programming.
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It allows us to think about entities that
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interact with each other. Fourth
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functional programming. It uses
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pure functions and mathematical concepts.
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Fifth, logic programming is based on
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reasoning with rules and facts.
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Welcome to this new series on the
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channel. In the next videos we're going to
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talk about something that's at the heart of
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programming paradigms. You might be wondering, what
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is a paradigm? A paradigm is nothing more
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than a way of thinking, an approach or
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style for solving a problem with
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code. And mind you, this isn't something exclusive
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to programming. In daily life we
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also use different paradigms without realizing it
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. For example, if you cook
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following a recipe step by step, you are
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using an imperative approach.
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If you organize your wardrobe by sections,
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shirts on one side, pants on the
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other, you are applying a
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If you think about concrete objects like your
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cell phone with its applications and
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functions, that's very similar to
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object-oriented programming. If
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you apply logical rules like if it's raining,
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then I'll take an umbrella, you're using a
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logical approach. Paradigms are
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mental maps that help us organize how
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Why do paradigms matter? Because there isn't just one
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same problem can be solved in
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many ways depending on the paradigm you
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choose. Imagine you want to get
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from your house to the office. You can go
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step by step. Imperative.
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You can divide the journey into
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clear sections. First the main street,
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then the park, then the
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structured bridge. Or you can rely on your GPS; you
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simply tell it the destination and it
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calculates the route. Declarative. They all
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arrive at the same place, but each approach
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has its own style and advantages. What
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paradigms will we see in this series? In
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this series we will explore the most
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important and relevant ones. One,
2:48
imperative programming is based on giving
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step-by-step instructions.
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Second, structured programming.
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Organize the code into clear blocks.
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Three, object-oriented programming.
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It allows us to think about entities that
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interact with each other. Fourth
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functional programming. It uses
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pure functions and mathematical concepts.
3:12
Fifth, logic programming is based on
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reasoning with rules and facts.
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Six, declarative programming. It
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focuses on the what rather than the how.
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Seven. Concurrent and
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reactive programming allows you to handle multiple
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processes at the same time and react to
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events. We will see each one with
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easy-to-understand everyday examples
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and also with real-world applications
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of programming. What will you gain
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from this series? My goal is that by the
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end of this series you will not only understand
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what each paradigm is, but also
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know when and why to use them.
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And most interestingly, that you recognize
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how these paradigms also apply
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to your daily life, to the way
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you think about and organize your problems.
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Because programming isn't just about writing
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code, it's about learning to think in
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different ways. And the more
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paradigms you know, the more tools
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you will have to find
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creative solutions. So I invite you to
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join me on this journey, a journey
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where programming connects with
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life and where you will learn to see
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problems from multiple perspectives.
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Subscribe, turn on notifications, and let me know
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in the comments which example I
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identified with the most. Do you prefer
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following a recipe step by step, or
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would you rather have someone else take care of the
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details while you just say what you
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See you in the next video where we'll
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start with the first paradigm,
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imperative programming. Ah.
