DC CIRCUITS | BEE | First Year Engineering | Prof. Ajit More | RKDEMY

DC CIRCUITS | BEE | First Year Engineering | Prof. Ajit More | RKDEMY
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Ohm's Law states:
​
,
Where:
I is the current in amperes (A).
V is the voltage in volts (V) provided by the source.
Z is the impedance in ohms (
Ω
Ω) of the load connected to the source.
If the load is purely resistive, the impedance (
Z) is equal to the resistance (
�
R) of the load.
So, to calculate the current delivered by the source, you need to know both the voltage of the source and the impedance or resistance of the load.
If you have these values, simply plug them into the equation to find the current. If you're dealing with an AC circuit where impedance includes both resistance and reac.
🔍 Key Highlights:
Introduction to DC Circuits and their importance in electrical engineering
Exploring components like resistors, capacitors, and inductors
Understanding Ohm's Law and its application in DC circuits
Navigating through circuit analysis techniques
Strengthening your foundational knowledge for future electrical studies
Here, the video explains the solution to the problem, find the current delivered by the voltage source, by applying short tricks such as finding a single source.
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