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Electronics 101: Circuit Analysis using KVL and KCL
Learn how to analyze circuits using KVL and KCL.
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Electronics 101: Apply KVL and KCL Laws the Right Way!
Apply KVL and KCL laws to solve this question.
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Electronics 101: Learn how to apply KVL and KCL to solve this question!
Learn how to apply KVL and KCL to solve this question!
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Electronics 101: Important Techniques in KVL and KCL
Learn important techniques in the application of KVL and KCL.
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Electronics 101: Node Voltage Analysis (NVA) Simplified!
Learn how to apply Node Voltage Analysis (NVA) the easy way!
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Electronics 101: Learn Node Voltage Analysis The Right Way!
Node Voltage Analysis is a technique used in circuit analysis. Learn how to easily apply it to solve this question.
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Electronics 101: Thevenin's Equivalent Circuit Made Easy!
Learn how to apply Thevenin's Equivalent Circuit the Easy Way! Do you want to learn Embedded Systems the Right Way?
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Electronics 101: Maximum Power Transfer - Q16
Learn how to apply the Maximum Power Transfer Theorem to solve this! Do you want to learn Embedded Systems the Right Way?
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Electronic 101: Finding Thevenin's Resistance
Finding Thevenin's Resistance for this Circuit! Not sure how? Watch this video! Do you want to learn Embedded Systems the Right Way?
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Find the energy stored in the capacitor and the inductor at steady-state
Find the energy stored in the capacitor and the inductor at steady-state
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Inductor Circuit Analysis - 5
Before t = 0, S1 was closed and S2 was opened, both for a long time. At t = 0, both switches were flipped. Find the current i(t) after t = 0.
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Inductor Circuit Analysis - 6
The switch was OPEN for a long time before t = 0. At time t = 0, the switch is closed. What is the voltage VAB at time t = 0+? What is IL(t) at time t = 1 ms?
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C++: Pre and Post Increment Operator
Welcome to our complete C++ programming tutorial series, designed for beginners and anyone looking to strengthen their understanding of C++ coding! In this video series, weβll cover everything you need to know to get started with C++,...
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Circuit Analysis: Ohm's Law
Learn how to apply Ohm's Law correctly and easily perform circuit analysis.
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How do you Breadboard a Series Circuit?
Learn how to translate a simple series circuit onto a breadboard. In this video, we explore a circuit that a single supply and 2 resistors in series.
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Factorial Operation using Recursion!
Learn how to perform the Factorial Operation using Recursion! A must-watch if you want to know the important concepts of Recursion.
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Thevenin Circuit Analysis: The Easy Way!
Thevenin's Equivalent Circuit allows you to convert any complex circuit into a simple circuit that has a single voltage source (Thevenin's Voltage) and a single Resistance (Thevenin's Resistance), in series with the Load. After that, you...
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Electronics 101: Understand the impact of Load Resistance on the Circuit!
In this video, we look at different possible Load Values and understand its impact on the circuit.
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Electronics 101: Thevenin's Equivalent Circuit Analysis!
Learn how to apply Thevenin's Approach to solve this circuit! Do you want to learn Embedded Systems the Right Way?
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Electronics 101: Maximum Power Transfer - Q15
There is maximum power transfer when the Load Resistance is equal to the Source Resistance. How do we derive the mathematical proof for it? Let's have a look! Do you want to learn Embedded Systems the Right Way?
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Electronics 101: Maximum Power Transfer - Q17
Apply the Maximum Power Transfer Theorem to get this right! Do you want to learn Embedded Systems the Right Way?
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What Capacitance will allow π_1π to remain greater or equal to 9 V for 2s after the switch is opened
The switch was closed for a long time before t = 0. At time t = 0, the switch is opened. Determine the value of the capacitance C needed, so that the voltage π_1π will remain greater than or equal to 9 V for 2 sec after the switch is opened
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Inductor Steady-State and Transient Analysis
The switch was closed for a long time before t = 0. At time t = 0, the switch is opened. 1. Determine the energy that was stored in the inductor at time t = 0- (i.e., when the switch was still closed) 2. Determine the voltage V5k across...
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Capacitor Steady-State and Transient Analysis
The switch was closed for a long time before t = 0. Current measured by ammeter is 1 A at t = 0-. At time t = 0, the switch is opened. What is the value of the unknown voltage? What is ammeterβs reading at time t = 0+ s? What is...