Static electricity can happen when a pert of the body gets in contact with another body containing charged electrons. It can take place in the human air during combing, foot sole and the shoe, or by action of rubbing against surfaces such as furniture or metallic items.
The sciatic nerve runs from the lower back down the back of each leg in the human body.
The back of the human body is often referred to as the dorsal side. It includes the spinal column, shoulder blades, and muscles that run along the spine.
The sciatic nerve runs from the lower back down through the buttocks and into the legs, branching out to provide sensation and movement to the lower body.
Blood, lymph, and cerebrospinal fluid are three fluids that run through the human body. Blood carries oxygen and nutrients to cells, while lymph helps remove waste and toxins from tissues. Cerebrospinal fluid surrounds the brain and spinal cord, providing cushioning and support.
Some examples of pennate muscles in the human body include the deltoid muscle in the shoulder, the rectus femoris muscle in the thigh, and the flexor carpi ulnaris muscle in the forearm. These muscles have fibers that run obliquely to the tendon, which allows for greater force generation.
static electricity is static electricity
They are not. They're run by current electricity, that comes from the power company and through the meter outside your house.
"Static electricity" is more accurately referred to as "static charge". Yes, of course you can. you just rub 2 good insulators together (plastic is recommended) and use it to pick up small bits of paper. static is electricity that doesn't move in a current. Or, run a plastic comb through your hair. It will take on a static charge.
When you run on carpet, your body builds up an excess of static electricity. When you touch a metal object like a doorknob, which conducts electricity easily, the excess charge flows from your body to the metal object, creating a sudden shock. This happens because the metal object provides a path for the built-up static charge to escape.
I think what you're asking are "do appliances run on current (AC, DC) or static electricity. The answer is: current, of course! That's what's generated by your household plug. Static electricity is really just a difference in charges being discharged by contact, be it direct (your hand to your car) or indirect (as in, through the air).
Static electricity
When a comb is run through dry hair, it becomes charged with static electricity due to the friction between the comb and hair. The non conductive paper is attracted to the comb because of this buildup of static electricity, causing the paper bits to stick to the comb.
When you run a comb through your hair, static electricity can build up on the comb due to friction. This static electricity can attract small, light objects like tissue paper, causing them to stick to the comb.
Yes, it actually does so very often. It is called lightening. Lightning is a static discharge. Additionally, if you have ever run an electric generator without correctly grounding it, you may see a static discharge between it and a grounded object. If this occurs at night, it will be very bright.
It seems if simple static electricity experimentscan sufficiently harness 'static electricity' to reveal visible effects, i.e. a charged comb makes hair stand up,then the same effect should be applicable on a much larger scale.Why? Because the hair is attracted to the 'charged comb,'it indicates a 'magnetic effect.'Once the 'magnetic effect' is applied to a visible result, i.e. hair standing up, it means static electricity has been converted to magnetic power.It seem to me, it should be possible to create this 'magnetic power' on a far larger scale by accessing the enormous static electricity that pervades the air around us.So, if someone out there has ever produced magnetism by accessing 'static electricity' on a scale that would light up a light bulb, recharge a cell phone, or run a refrigerator, or even run a car, I'd really like to see it or hear about it?
You get static shock when the air is dry, mostly during the winter. Electrical currents run through your fingers, and when you touch something, all the current rush to the thing you touched, causing a shock. Static current developed in any device can cause a static shock. Static current if discharged by direct human touch can cause damage to electronic devices.
The sciatic nerve runs from the lower back down the back of each leg in the human body.