Cell phones increase brain activity

[Adios]

I was thinking more a lineman.  A power distribution center is loaded with transformers.  That's not a high voltage thing, any transformer produces a hell of a field (it's actually the whole design of the transformer).

Basic math to begin with. P=IE

Even with relatively low current, 120,000 volts is going to pack a punch.

In a power distribution like I worked in we are talking 13KVA.

[Requia ☣]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

[Adios]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

So you're good with a high tension line running through your back yard?

[LMNO]

Slightly even more advanced math:






This is fun!

[AFK]

This thread is going on the list for March 15th. 

[Requia ☣]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

So you're good with a high tension line running through your back yard?

No, but that's a matter of it potentially breaking or me accidentally making physical contact.  The magnetic field is like getting worried about catching the flu from a tiger.

[Adios]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

So you're good with a high tension line running through your back yard?

No, but that's a matter of it potentially breaking or me accidentally making physical contact.  The magnetic field is like getting worried about catching the flu from a tiger.

Shit! You can fly??

[*GrumpButt*]

Logic truth tables. Not math, but fun anyways.

Nvm Pic was friggin huge. >.>

[Adios]

Slightly even more advanced math:






This is fun!

[Adios]

This thread is going on the list for March 15th. 

I anxiously await that day with baited breath.

[Luna]

This thread is going on the list for March 15th. 

I anxiously await that day with baited breath.

I was thinking a bucket, actually...

[Requia ☣]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

So you're good with a high tension line running through your back yard?

No, but that's a matter of it potentially breaking or me accidentally making physical contact.  The magnetic field is like getting worried about catching the flu from a tiger.

Shit! You can fly??

What actually could happen and what would make me nervous are two very different things.

[Adios]

Slightly more advanced math: B=m0I/Pir^2

B here is the strength of the magnetic field, m0 is a constant.  Voltage isn't part of the equation for the strength of a magnetic field.

Edit: the above equation assumes a non coiled wire.  Coil the thing up (like in a transformer) and the field strength goes way way up.

So you're good with a high tension line running through your back yard?

No, but that's a matter of it potentially breaking or me accidentally making physical contact.  The magnetic field is like getting worried about catching the flu from a tiger.

Shit! You can fly??

What actually could happen and what would make me nervous are two very different things.

A block of frozen shit could fall from an airplane and hit your house.

I'm helpful like that.

[Dysfunctional Cunt]

What actually could happen and what would make me nervous are two very different things.

You could be attacked by rabid squirrels while walking down the street wearing a Mr. Peanut costume?


This is as much fun as the math!!  

[Adios]

What actually could happen and what would make me nervous are two very different things.

You could be attacked by rabid squirrels while walking down the street wearing a Mr. Peanut costume?


This is as much fun as the math!!  

Don't forget about bats, nasty little fuckers.