It Can Happen in Almost Every Room of the House
Ben Franklin went out of his way to get electrocuted, though as it turns out, he probably didn't need to stand in a storm flying a kite. The majority of electrocution injuries don't come from lighting strikes, direct contact with Telsa coils, or even on a raised platform in a mad scientist's castle. They mostly happen in the workplace, and those that don't typically happen at home. In fact, if you have electricity in your house, it can happen pretty much anywhere.
If your basement floods, the water can become electrified, turning our subterranean space into a death swamp. If you accidentally jam something into a light socket, it can electrocute you. If an appliance shorts out, it can electrocute you. Many electrocutions around the home occur due to carelessness, or happen to children who don't know any better.
Current-Induced Silence & Stillness Means Those Nearby Might Not Realize You're Dying
When you get electrocuted, you will lose motor function and the ability to speak. As your body battles the current, the only signs you may show are shaking, tensing, and silence. These symptoms might signal to those around you that something is terribly wrong, but your family and friends might just assume you've had too much coffee.
You may think of victims of electrocution covered in arcs of lightning, or vibrating to the sound of crackling electricity, but it's not like that outside movies. You're far more likely to be silent and uncommunicative, which will leave witnesses confused. It's also worth mentioning that even if someone tries to help you, they should avoid grabbing you or touching you. If they do, they may get electrocuted as well.
The Electrons in Your Body Are Going to Freak Out
Like ice cream from hell, electricity comes in many flavors. Different types of currents have varying impacts on the body. All of them, however, mess with your electrons. You may imagine electricity traveling through the body during a shock like blood circulating, but that's not the case. In reality, electrocution forces the electrons inside you to move rapidly, creating a rippling current. This current causes all the problems associated with being shocked.
Imagine the initial shock is the first domino being tipped over. It forces the rest of the dominoes (electrons) in your body to fall. As the dominoes topple one another, your body's systems go haywire trying to deal. So, really, it's your fault you're getting shocked. Stupid, fickle electrons.
Your Muscles Betray You
As your electrons respond to the electrical current, the signals in your body get all kinds of mixed up. The electrical impulses in your muscles, for instance, go totally nuts. Electrical impulses tell your muscles when to move, when to tense, and when to relax. When electricity screws with them, they begin to try to do all of those at once.
Sounds fun, right? Your muscles will expand and contract over and over. These spasms are reportedly quite painful. Additionally, you will have no conscious control over your muscles, especially around the source of the shock. This muscular autonomy is one of the main reasons people become immobile and silent upon being electrocuted.
You Will Go Numb (for Longer Than You Think)
Even small electric shocks can have a lasting impact, because your body responds to electricity no matter the amount. Numbness is a common symptom. As electricity enters your body there is only one goal: find its way to the ground. Or, in your home, the floor. It may prefer a hardwood floor to carpeting, lavish marble to cheap linoleum, but any floor will do.
Because electricity is lazy (or really efficient, it can be hard to tell) it will always find the shortest path to the ground. Anything it encounters along the way - a human being, for instance - is impacted. With a large enough shock, numbness will hit more than just the point of contact. You may feel numbness spread over your entire body after the initial pain, and it may take hours to go away completely. Or, you might just die. It's kind of a dice-roll. Makes you think you should invest in some nice floors. No one wants their last sight to be rat-piss stained shag.
Your Heart Might Skip a Beat or 100
When electricity travels through your human body looking for the floor or some other surface for grounding, the current will move directly through your heart. That's all sorts of bad news. Your heart is a muscle, and as with other muscles, the movement of electrons causes it to freak out. If you're lucky, you'll feel it jump or spasm. If not, you may feel it stop altogether.
Generally, a jump or skipped beat lasts a moment. In cases of prolonged electrocution, however, your heart can stop or pump erratically for as long as the current flows through you. If you're at work, surrounded by helpful colleagues and a first aide kit, you stand a better chance of getting through this than if you're home alone, staring at a deer in the backyard when you accidentally put one hand in the sink and the other in a socket.
Your Nerves Will Go Crazy
When you're electrocuted, your nerves try to compensate, and fail miserably. Nerves talk to your body, telling it "this hurts" or "move this" or "that tickles" or "something is broken." That's how you know what you feel and how to respond. Your nerves do this by sending electrical signals to different parts of your body, and that doesn't work too well when you're being electrocuted.
Electrocution causes injury, pain, spasms, and, probably, fear. Your nerves know they need to do something, but the electrical current makes it so they don't know which impulses to send where. That means your body doesn't know how to respond to the stimuli. You may feel cold, hot, hurt, relaxed or any of a number of inappropriate sensations as your nerves try to deal with the shock.
Your Body Will Try to Resist the Current
Your body will do its best to protect itself from electrocution once the juice starts flowing in search of the ground. Among other things, it will release endorphins to fight the pain, your brain will try to send antibodies to the site of any muscle injury or open wound, and your flesh will resist the electricity.
In a circuit, resistors are often used to control and manipulate the flow of current. They also produce an excess amount of heat. Unfortunately, this is the same reaction that happens in your body. Only instead of copper or brass, it's muscles and flesh. The heat is so great it can cause severe and lasting damage.
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