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Have you ever experienced feeling an electric shock when touching metal?
Yes, some people may experience an electric shock when touching metal due to static electricity buildup or faulty wiring.
Are Neurological problems common with electric shock?
Yes, any kind of electric shock. Basically from my understanding: When you get shocked, your nerves are 'overdone' and some tend to damage. Not sure if this is correct though. But yes it DOES cause damage
Some time you are touching any steel object you feel electric shock?
Static electicity.
Can an accidental electric shock change your personality?
no an accidental electric shock cannot change one's personality because it just causes organ failure for some time,because of the difference in the type of currents.one is the electric current and the other one is the signals the body carries,however if very strong it may cause organ disorder
How strong is an electric eel's shock?
An average sized electric eel (Electrophorous electricus) can discharge 450 volts at about 1 ampere. Dicharges of 650 volts have been recorded.
Is there a fish which is not affected by electric shock?
That would be a clown fish. They live in an ocean plant that sends out electrical shocks to everyone except the fish that live there. And I'm just guessing on this one, but an electric eal, maybe. Because they give off a shock, but don't hurt themselves.
What are all the animals that can generate electricity or shock you?
These are the animals that produce electricity or generate it:Electric CatfishElephant fishesbonytonguesstargazersHammerhead SharksEchidnasElectric Skateknife fishespaddle fishPlatypus
Why would you get an electric shock if you flew a kite close to electricity wires?
Flying a kite close to electricity wires can cause an electric shock because the kite and its string can conduct electricity from the wires to the person holding it. This can happen if the kite touches the wires, creating a path for electricity to flow through. It is important to maintain a safe distance from power lines to avoid the risk of electric shock.
Why can some birds land on high voltage lines without getting shocked and and some can't?
To get electric shock, the circuit must be completed and the subject who is in the path, or who becomes the path gets shock. When a bird sits on the wire, there is no closed path or circuit hence it does not shock. Same bird while sitting on the wire, and part of its body touches the earth or ground it then will get shock.
How do you give an electric?
The best way to give someone an electric shock is when they come down a slide. Gently rub your hand on the slide and when they come down lift your hand up and gently touch them. Make sure it's a sunny day. Some times, even though you give someone else an electric shock, it will still hurt you, but it won't hurt that much.
Do jellyfish actually electrocute you?
Jellyfish do not electrocute in the traditional sense, as they do not generate electricity like an electric eel. However, some jellyfish species, such as the box jellyfish, have specialized cells called cnidocytes that can deliver a powerful sting containing venom. This venom can cause a painful sensation similar to an electric shock when it comes into contact with a human's skin. So while jellyfish do not electrocute in the same way as an electric shock, their stings can feel like an electric shock due to the venom they release.
Why do you get an electric shock by touching a bare wire?
electric shock is a physiological symptom caused by an electric current flowing though the body. the current causes heating and, at higher levels, burns, and eventually death. The bare wire has an electric potential of some substantial voltage above ground. This potential causes a current to flow through your body to ground. if some other part of your body is not connected to ground, no current will flow. The current causes burning in your blood stream, your nervous system, and in you tissue. the current that flows through your body needs to be above about 10mA for you to perceive it as a shock. The voltage required to produce this current, by ohms law, depends upon the resistance between the point of contact and ground.
