Electricity Explained From Zero in 15 Minutes
52K views · Sep 8, 2026 · Education
Comments · 14
@danielnordick1225 · 3 days ago
So helpful!!
1
@Md.NAYEEMBINNASIRNAFI · 3 weeks ago
Good job 👏👏 keep going 💪💯
3
@teklenayzgi5334 · 2 weeks ago
Was great tnx a lot
2
@GiriDharan-g8g · 9 days ago (edited)
I think there is a misunderstanding. More the voltage higher the push = higher ampere = dangerous. So higher voltage can be more dangerous because, for the same body resistance, it can drive more current through your body<br><br>But it is the best video I ever found in internal sir
1
@rc6251 · 3 weeks ago (edited)
For electrons in a conductor, jiggling is more efficient than pushing. For hydraulics, pushing is more efficient than jiggling. That is one area where the water current analogy for electrical current fails. The difference comes down to the microscopic behavior of electrons in a conductor versus a liquid in a pipe.
1
@MisteriosdelaHistoria123 · 11 days ago
good jod
1
@ritahbiramaza · 3 weeks ago
Sooo, it's the charge moving which is electricity then where does it come from
1
@Mohan-London · 3 weeks ago (edited)
Easy to understand for all practical purposes. But the physics is that: <br>The copper wire does not act as a hollow pipe containing energy; rather, it serves as a physical guide rail that shapes and directs the surrounding electromagnetic field from the power source to the appliance.<br>Do a search in your AI (mine is Gemini) for more information:<br>"How does the electromagnetic field act as a pipeline, directing the energy flow straight along the outside and inside of the wire toward the appliance?"
6
@blpaneri1167 · 2 weeks ago
Electricity is the smallest in the service of biggest and all in between. 😂😂😂😂
@xof64 · 10 days ago
Quick question: Which is more dangerous, AC or DC?
2
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