High Definition Standard Definition Theater
Video id : 6iRy75VK0e4
ImmersiveAmbientModecolor: #b4b2ac (color 1)
Video Format : (720p) openh264 ( https://github.com/cisco/openh264) mp4a.40.2 | 44100Hz
Audio Format: 140 ( High )
PokeTubeEncryptID: f2b149fb123f2e0278e84224e2ba0461273065ed0f206648aab933c995a6b47763f04f58f7a0efc0a273f7f34542b350
Proxy : eu-proxy.poketube.fun - refresh the page to change the proxy location
Date : 1724241911973 - unknown on Apple WebKit
Mystery text : NmlSeTc1VkswZTQgaSAgbG92ICB1IGV1LXByb3h5LnBva2V0dWJlLmZ1bg==
143 : true
What's More Dangerous. Voltage Or Amperage? Don't Try This At Home.
Jump to Connections
145,607 Views • Mar 6, 2024 • Click to toggle off description
In this video I ask the question. What's more dangerous. Voltage Or Amperage. I think the best answer is both can be harmless, and both can be deadly, but it depends on the resistance of the load you're applying your power to, and how much current and voltage you have combined. In this video I demonstrate how I can zap my hand with thousands of volts, but it doesn't produce much pain due to the current being so low. I also demonstrate how a potentially high current source can also be harmless, if your voltage is to low to pass much current through a resistive path such as my dry hand,
Because it takes very little current to kill a human being, one must be very cautious when working with high voltages which are combined with high currents, such as one would find on the output of a microwave oven transformer. Microwave oven transformers are extremely dangerous, as they produce high voltages combined with high currents, so unless you fully understand the potential dangers of using one, please don't experiment with them...
Metadata And Engagement

Views : 145,607
Genre: Education
Mar 6, 2024 ^^


warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.918 (131/6,262 LTDR)

97.95% of the users lieked the video!!
2.05% of the users dislieked the video!!
User score: 96.92- Overwhelmingly Positive

RYD date created : 2024-08-06T20:12:08.071871Z
See in json
Tags
Connections
Nyo connections found on the description ;_; report a issue lol

YouTube Comments - 321 Comments

Top Comments of this video!! :3

@oppo786

4 months ago

Q: What's more dangerous current or voltage? A: yes

389 |

@ryoga8170

4 months ago

I'm an electritard so the way you break it down and demonstrate things is highly welcome....thank you!

72 |

@Alhazzred01

4 months ago

I got hit with high voltage low current when I was 16. Did permanent nerve damage and they said it was a miracle my heart didn’t stop. Have a scar on my leg where it jumped to ground, looked like a gunshot wound. implanted neurostimulator let me walk again. So it’s no joke.

123 |

@pentagonedm3384

4 months ago

Finally some one said exactly... What needed to be said ... What kills ..both voltage and current.... Very low current can kill us but to push the current though our body a high voltage is required

5 |

@user-Aaron-

5 months ago

Great demonstration! Thanks for sharing.

48 |

@ElectroKevDotCom

2 months ago

Good explanation

1 |

@stacksofslaps7442

5 months ago

Absolutely amazing demonstration!

13 |

@codypal55

3 months ago

Thanks for explaining in a way my mind can understand.

1 |

@mathieucaron4957

4 months ago

Remember Ohm's law. V = IR. Always.

12 |

@circeciernova1712

4 months ago

A given path through a human body has a constant resistance. So, higher voltage means a higher amperage through your body.

1 |

@davebutler3905

4 months ago

Great demo! It's dry skin that protects us. Our damp internals are much lower resistance. But like any insulator, it breaks down at high voltage.

1 |

@Toe-Knee--Mir-Toe

4 months ago

That's so freaking cool.

1 |

@george-broughton

4 months ago

probably the best way to describe it i've seen so far. Don't forget arc flash risks though with low voltage, ultra high current scenarios.

1 |

@sulimanbah9546

5 months ago

The truth remains, electricity will buy you a one way travel ticket to visit your maker.

45 |

@joshuabruce9920

4 months ago

Yes you are right, there is not enough water in you right now. Did you see the way your finger indented and looked like memory foam after you held that wire? You're dehydrated sir.

1 |

@coreyfinch5718

4 months ago

Thank you. So few people who work with electricity understand ohm's law.

1 |

@sneeki3746

4 months ago

I am so glad this came across my random YouTube shorts 😂

3 |

@BullProspecting

4 months ago

You are the man! The beginning of time travel!🏆🏆🏆

1 |

@EasTex..

4 months ago

That is awesome information, thank you sir

1 |

Go To Top