How Can An Electric Shock Throw A Person Many Meters?

In cartoons we watched as children, especially Tom and Jerry. electric shock You may remember that situations such as these are shown as comedy elements and they happen frequently. In this situation, which we encounter in many other cartoons, the skeleton of the character exposed to the current is usually flashing through his body. that you shine we have seen.

In addition, in some cases, when exposed to electric current, the characters can be either meters or throw away or by the source of said current unable to break contact they were noticeable. So how do these two situations differ from each other?

First of all, we need to know that electric current is not alien to our body.

Being able to raise your arm, speak, that you can thinkyour ability to eat and all your other functions, your nervous system with electrical movements is occurring.

However, in situations that we know as electric shock, the current that emerges comes extra, and therefore, when it comes into contact with our body, can stimulate muscles. But it has to be strong enough to pass through our skin and reach our muscles.

At this point, our body acts as a barrier against the electric current.

This feature also dry and thick owed to it. Because when we get wet, we are more vulnerable to electric current. This is important because the extent to which we will be affected by the current is not what is standing in the middle. entering our body determines the current. So voltage plays a big role here. Let’s squeeze in the information that the amount of volts is 500 and above, which is enough to break the resistance of the body, and that this value will be enough to stop your heart.

for example 50 milliamps If there is a cable in front of you, through which the current flows, you will not experience this current directly, thanks to the resistance it puts out when your body is dry. This is the current it will be harmless It doesn’t mean that, but it is necessary to know the difference between the visible and the experienced.

The electric current that enters your body wants to exit from somewhere else.

For this too the resistance is low looks for the way out by following the roads. Although the starting point is the feet, it should never be used in the treatment of such conditions. memorization does not advance.

However, it should be noted that the current from low-power electrical sources will not enter the body, instead it will leave scars on the skin. Such movements are the subject of the content anyway.

Now let’s move on to our main topic. Let’s start with why we can’t leave the power source in some situations.

As we mentioned earlier, the thing that enables us to move our muscles is the electric current. itself. Now imagine holding an electrical source with both hands. This resource gives you 10mA subject it to a current.

This level of current, which touches your flexor muscles, allows you to bend your fingers inward, allowing you to control your muscles. can prevent and meanwhile, an uninterrupted, uncontrollable to contract may cause. For this reason, it may not be possible to leave the electricity supply.

For the same reason, electric current more will be exposed and irreversible damage may occur apart from losing control of the muscles.

So, is it possible to be launched because of an electric current?

Although this situation is exaggerated in cartoons, yes, possible. But electricity is just a stimulant does its job. Our own muscles do the main work.

Just now 10mA We have summarized the situation that a current of . When the same situation occurs in different muscle groups, this effect In the opposite direction can show itself.

That is, when your muscles are exposed to this level of current, they contract (much stronger than they normally would) backwards can cause it to fly. Here, both the muscles being stronger than normal and their contractions at the same time reveal this result. In other words, which muscle group prevails over the other by being more stimulated determines which one will be experienced.

Let’s list the effects of milliampere values ​​so that you can visualize them:

• at 1mA level only noticeable you feel an electric current on some level. However, that doesn’t mean it won’t be dangerous.
• If it is at 5mA level, it we suddenly took There is little shock. However, this can lead to wounds in continuous contact.
• Between 6 and 16mA, the muscle control we mentioned in the content lost known as the area.
• In the area from here to 100mA level danger of death starting. Severe convulsions and injuries are also possible.
• If it is between 100 and 2000mA, the shock received to heart rhythm corresponds to the levels at which it intervenes. Pretty deadly.
• 2000 mA and later, severe burns, cardiac arrest and organ damage level seen. Not to mention the level of lethality.

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