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Just a few minute ago I shocked myself on an outlet then googled electric shock and found your question. It hurt ALOT and really freaked me out. Now, unless I'm a zombie, your answer is no.
The original answer is right some of the time. It takes a tiny amount of current - 5 miliamps - to stop a human heart. Typical household plugs easily deliver 15 to 20 amps, and more for brief periods. Why didn't the OP's heart stop when shocked? Because the current didn't travel through his heart. Electricity travels from areas of high potential (or voltage) to areas of lower potential. We often think of this as being from hot to neutral, or hot to ground. It takes the path of least resistance, which isn't usually though the heart. Usually, the heart isn't in the path if you lay a finger across the prongs of an electrical plug, for example. The greatest danger is when, for example, you grab a live wire with your hand and the current goes to ground through the opposite foot, or through the opposite hand. That takes the electricity across your heart. Even then, it often follows the skin because the skin is sweaty and conducts electricity fairly well. That's why most electrical shocks don't kill. But they surely can. It happens every day somewhere in the world.
And it's not like on TV - when the heart stops, you're dead. Defribrillators, the shocking devices used on shows like ER, only work in cases when the heart is beating, but erractially. They will restore a poorly beating heart's rythym. If there's no beat, you're done.
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Electrical shock to the body affects the?
Heart
The delivery of an electrical shock from an AED to the heart is known as?
Defibrillation
If electricity can kill you why do they shock people in A and E?
The electrical shock will stop the heart, which kills you. (It has to be a strong bolt)
What is the medical term meaning An electrical shock delivered to the heart to correct certain abnormal heart rhythms?
A defibrillator is a device used to deliver a shock to the heart to restore its normal rhythm.
Surgically placed device that directs an electrical current shock to the heart to restore rhythm?
Restoring the heart rhythm by using electrical shock is called defibrillation.
How is electrical shock hazard defined?
The phrase "electrical shock hazard" means that there is a risk of electrical shock.
How should you unplug an electrical cord?
Not by the cord, but by the plug itself that is flush against the outlet. Don't stick anything metal down between the plug and the outlet slots otherwise you will get a very bad shock!
What would happen if you are awake and paddles are used to shock the heart?
Paddles (on a defibrillator) will only shock you if the electrical current running through your heart is a VF or VT. If you are flat lined or have a normal rhythm, it will not work.
Can you get shocked if you stick your tongue in an electrical outlet and would it fit?
The shock would probably kill you! So don't even think about doing such a stupid thing!
What is an implantable cardioverter-defribrillator?
A device placed in the body to deliver an electrical shock to the heart in response to a serious abnormal rhythm.
When is a implantable cardioverter defibrillator used to treat arrhythmias?
a treatment for serious arrhythmias. The battery-powered device senses an abnormal heart rhythm and automatically provides electrical shock(s). The shock(s) suspends heart activity and then allows the heart to initiate a normal rhythm
What takes place in the process of cardioversion?
During the process of cardioversion, an electrical shock is delivered to the heart in an attempt to change an irregular heart beat rhythm into a normal one.
