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When to use I²R, V²/R or VI while calculating Electric Power?

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I came across a question that was asked to me quite a couple of time: When to use I²R, V²/R or VI while calculating power? At first, the question looks simple and as if it needs no formal explanation but that's not the case. Use of any of them will give the correct result provided that you apply it correctly. Correct application is possible only when you understand the type of circuit you are dealing with. Another important point is to use the one which is going to take less time and help you calculate easily. All of the three equations tell the same thing but their usage is subject to the type of problem you're trying to solve. Let us understand when, how an what to use while calculating power in an electrical circuit.

Working of a Fluorescent Tube light | ट्यूबलाइट कैसे काम करता है? जानिए ...

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Working of a Fluorescent Tube Light explained in Hindi in English

What's inside a Fluorescent Lamp Starter? Let's find out.

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So, I was repairing this old LED light which had a defect in its filter capacitor. In the meantime, I wanted to find out what happens if I connect a fluorescent lamp starter with this LED circuit in series just as it is in case of a Fluorescent Lamp? So, I broke the plastic cover and took out this actual starter inside which has a capacitor* connected in parallel to. Here's what I found.     *Note: The capacitor that you see in parallel to the starter is there to force high voltage across the bimetallic strip to make the entire process faster. In a fluorescent tube, fast starting is very much important to create a huge voltage across the lamp filaments and help it getting ignited. Video on working of a Fluorescent Lamp Tube: https://youtu.be/whMsyZmwEGU Subscribe to My YouTube Channel to get more interesting and informative videos on Electrical/Electronics Engineering. 

Voltage Control in a transmission line and techniques to reduce Voltage Regulation.

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What's the difference between Inverter and Non-Inverter AC? Know the whole technical analysis completely and easily.

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Difference between Inverter and Non-Inverter Air Conditioners We all have heard about these two types of ACs, Inverter AC and Non-Inverter AC. But what exactly is the difference between them. So, today in this post I am sharing the entire technical analysis of both the types of AC so that we can understand the difference easily and accurately. Once we get to know what's inside, we will be able to differentiate between them. So, let's get started...  Inverter और Non-Inverter AC के बीच अंतर || हिंदी में

How to draw Poly-phase AC Waveforms easily and accurately? EXPLAINED

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Why does Ferranti Effect happen in a Transmission Line? Explained Simply.

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Ferranti Effect is seen in a long or medium distance Transmission line. When a transmission line is unloaded at the receiving end or is lightly loaded then it results in sudden swing of the receiving end voltage and that goes beyond the sending end voltage. This is called Ferranti Effect.  But what exactly causes the Ferranti Effect to take place? Why does the voltage at the recieving end swings to a value greater than the sending end voltage? Let's understand that simply with the help of a mathematical model of a Transmission line.  Download the session PDF here :  Download PDF

What is Touch Potential and Step Potential? | Electrical safety 101

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Touch Potential and Step Potential Explained Electrical Safety 101