2024-01-12 00:27:00
According to “Arabi Post,” this is due to the accumulation of static electricity, with an imbalance in the electrical charges between two things, whether they are two humans, or a human and another inanimate object. This imbalance leads to secretions that look like a physical shock.
In addition, the idea of repeatedly subjecting people to electric shocks revolves around an increase in static electricity in the body, which causes constant discomfort, especially when touching people.
This condition occurs when the two objects have opposing amounts of electricity, which causes a discharge that somewhat resembles a shock or produces an audible sound when touched, which resembles the sound of a regular electric shock.
This can be explained by the fact that the atoms are not balanced with the same number of protons and electrons, which results in some of the symptoms that occur when electrocuted, including the hair on the body standing up spontaneously due to the shock.
But when the electrons and protons are balanced, the charge is neutral, whereas when it is imbalanced, the extra electrons will react so they can meet the protons in their place.
Losing electrons at such a rapid rate causes an obvious shock known as an electrostatic shock.
In addition, electric shocks often occur frequently during the winter; This is because the atmosphere is humid at that time, which leads to the accumulation of static electrical charges in the body.
This electricity needs to get out somehow; So it discharges when it comes into contact with something that has unbalanced electrical charges as well, which is often something metal; Such as a car door or door handle.
Walking on carpets, or wearing heavy sweaters that contain some fabrics with electrical charges, can also be a cause of exposure to continuous electric shocks.
While shoes with rubber soles made of synthetic fibers can lead to the accumulation of electricity inside them, which causes continuous shocks during the day.
As explained in the previous lines, there is an electrical current that passes through the tissues of the body, since our bodies conduct electricity and accumulate an excess of it during cold and dry weather, which shows some symptoms that should be paid attention to, which are as follows:
These electrical shocks, which can reach up to 100 mA, may cause long-term damage, including confusion, memory loss, heart attacks, respiratory problems, psychological disorders, and marks on the skin.
However, static electricity shocks are usually only 0.25 mA, so their repercussions are much less serious.
This is because the human body’s ability to carry a static charge is limited; So the chance of injury from the static charge that a person can carry is very small.
If you suffer from any of the symptoms mentioned above, including frequent static electric shocks, you can follow some simple tips that will help get rid of this condition, knowing that getting rid of it always requires a way to remove excess charges.
Among these methods that can be adopted, we find:
Use a humidifier in indoor spaces to add more moisture to the indoor air and prevent charge buildup.
Moisturize your skin to avoid outdoor shocks.
Apply anti-static spray to carpets, rugs and clothing.
Use baking soda when washing clothes.
Avoid wearing wool, fur, shoes with rubber soles, and synthetic fibers that are prone to electrostatic buildup. Wear leather instead.
Touch metal objects frequently to dissipate these charges and remove excess of them inside the body.
How to prevent static shock when touching metal
touching metal objects; Such as the door handle, car door or window frame, often cause static shock.
This is because metal carries a positive charge, and when you touch a metal object, the extra electrons in your body are transferred to the body to be removed.
In order to avoid electric shocks in this case, things must be done to dissipate the charge or prevent it from accumulating.
According to experts, the solution here might be to carry something metal continuously during the day. Such as a key, paper clip, pin, or even a coin, because it will neutralize the charge and prevent the shock.
But for this to work, you must touch the metal object to the other metal object instead of touching it with your hand.
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