DC actually has a higher "let go" threshold than AC does so you'd likely be more okay from a slightly higher voltage DC shock than a lower voltage AC shock.
Pelicanen
joined 1 year ago
Have you seen the Thunder Sting reboot of Lord of the Ring? I've heard that Frodo hangs dong.
Where? I have never experienced this before.
The IEEE reference style guide actually often works just like this, the entire reference is just a number in brackets in the text and then the details of the reference is in the bibliography at the end. For example
...a high correlation as shown in [5]...
[5] A.N. Author, P. Ostdoc, and O. Verworked "A paper about a thing" Department, University, City, etc.
I'd just like to note that a lot of storage technologies that are currently in the pilot project stage are based on using components with existing supply lines to minimize the time and effort needed to scale up production.
What do you mean AC "lets you go"? AC causes muscle contractions which keep you from, for example, letting go of a live wire.
Agreed, I've unfortunately not been able to find it anywhere else though.
In my experience, cold woman is cold for about 8 seconds after she's fallen asleep, then she turns into a living furnace and man turns into living sweat.
Yes, but have you considered: Tesla line go up. Elon CEO. When Elon CEO, Twitter line go up. Logic.
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A gallon?