#141 ·
I honestly don't know if someone has already covered this, but I really can't be bothered to
scroll through all eight pages of posts.
Anyway, I deal with this static electricity issue too,
and it usually happens when a few different annoying factors collide at once.
For instance, I get hit the hardest when I’m wearing some synthetic shirt or something
that creates friction, paired with shoes that have those
thick rubber soles which basically act as insulators, preventing the charge from
discharging into the ground.
The only real fix I've found is to grab something like
your car keys first, then touch a metal door handle or whatever else
is in front of you with the key. That way, the spark jumps between the key
and the door instead of hitting your bare skin, making the shock feel much less intense—if you feel it at all.
It really comes down to the electrical resistance between the key and your hand;
you want that resistance to be low (which helps if your hands are slightly damp), because that arc occurs
when there's resistance. If there isn't any, the electricity just flows smoothly
through the connection without that sharp, stinging zap.
scroll through all eight pages of posts.
Anyway, I deal with this static electricity issue too,
and it usually happens when a few different annoying factors collide at once.
For instance, I get hit the hardest when I’m wearing some synthetic shirt or something
that creates friction, paired with shoes that have those
thick rubber soles which basically act as insulators, preventing the charge from
discharging into the ground.
The only real fix I've found is to grab something like
your car keys first, then touch a metal door handle or whatever else
is in front of you with the key. That way, the spark jumps between the key
and the door instead of hitting your bare skin, making the shock feel much less intense—if you feel it at all.
It really comes down to the electrical resistance between the key and your hand;
you want that resistance to be low (which helps if your hands are slightly damp), because that arc occurs
when there's resistance. If there isn't any, the electricity just flows smoothly
through the connection without that sharp, stinging zap.