Put on socks b.
Shufle feet acrosed carpet to shock.
Drag your feet across the carpet a few times c.
Rub your hands together d.
As your feet rub against the carpet your body either steals or abandons electrons depending on what you re wearing on your feet.
The resistance of a human is very hard to quantify and varies depending on conditions such as moisture gender body type body part path the voltage takes and.
For example when you shuffle your feet across a carpet electrons can transfer onto you building up a static charge on your skin.
So when you reach for the doorknob millions of extra electrons leap from you to the knob or from the door knob to.
Then go to someone and touch them on the skin you should shock them.
This can also be accomplished by shuffling your feet across a carpet when the humidity is very low.
The amount of voltage generated by the static shock varies on the method used to obtain the static shock and the materials used.
Rubbing women feet with her.
Another method that is used in science classes is the rubbing of a glass rod against a silk cloth.
Another method that is used in science classes is the rubbing of a glass rod against a silk cloth.
Then go to someone and touch them on the skin you should shock them.
You can suddenly discharge the static charge as a shock when you.
Rub your hands together d.
Then go to someone and touch them on the skin you should shock them.
When we then touch a metal doorknob for example the extra electrons jump from our body to the metal making a spark.
When we shuffle our feet on the carpet we are rubbing electrons off the carpet and onto our body.
Drag your feet across the carpet a few times c.
It s the same thing when you walk across a room shuffling your feet across the carpet as you go.
Drag your feet across the carpet a few times c.
How can static electricity be.
This can also be accomplished by shuffling your feet across a carpet when the humidity is very low.
This post is an interesting look at the situation.
Rub your hands together d.