Step Potential & Touch Potential. Simplified with an example.

[@erisherm.8451]

Beautifully explained. Thank you

[@ElectroGlobe1]

Thank you

[@shambam112]

I definitely learned something. Well explained

[@ElectroGlobe1]

Thank you for the comment

[@Coolgiy67]

Instead of bunny hopping you could also do a running jump thing where you run with 1 foot and jump land on the other and jump again, making sure to only have 1 foot in contact with the ground at a time. It’s much faster

[@ElectroGlobe1]

Yes. It is an effective way out, which is also explained in the video.

[@Coolgiy67]

@@ElectroGlobe1 okay thank you 🙏🏽

[@prateekdey8952]

Thanks

[@christopherroberts4682]

Sounds like skipping I’d rather just die like a man

[@bullfango100]

simple and to the point. thank you

[@ElectroGlobe1]

Thank You for the Comment

[@mervynsands3501]

If a downed High Voltage cable is on the ground consider it to be live, and keep away until power company have been informed and are on site to make it safe.
10 metres is minimum distance to stay away.

[@30mAkills]

Useful tutorial

[@ElectroGlobe1]

Thank you for the comment

[@sandeepmalothvec4658]

good explanation

[@ElectroGlobe1]

Thank you for the comment

[@abulhasanat1189]

Nice presentation

[@ElectroGlobe1]

Thank you for the comment

[@ranjan1436]

well explained simply.

[@ElectroGlobe1]

Thank you for the comment.

[@ranjan1436]

@@ElectroGlobe1 make a video on the causes of GPR

[@cephasbanda1531]

❤❤❤

[@Baap.of.Rationalists]

Can you still get electric shock if you have wear Boots ?

[@ElectroGlobe1]

It depends upon the type of shoes and voltage level of the system one touches. Shoes with adequate insulation properties for the voltage can avoid electric shock.

[@senuwagaming5546]

Verry beautifull 😇😇😇

[@ElectroGlobe1]

Thank you

[@surendrakverma555]

Excellent

[@ElectroGlobe1]

Thank you

[@zenithsupra7739]

How about Shoes with rubber? Wouldn't it be isolated?

[@ElectroGlobe1]

Yes, it would be. But it depends upon the insulation strength of the shoe rubber, and strength of the electric field you are dealing with.

[@user2653]

Excellent explanation

[@ElectroGlobe1]

Thank you

[@electricianinbc6452]

awesome

[@ElectroGlobe1]

Thank you

[@TheUnclestein]

Contact me for all your voiceover needs.