I feel electrostatic, but the other person doesn t feel whether it s me or the other person

Both of them are electrified, and on the contrary, your discharge area is relatively small, so you will feel more concentrated. And the other party has a large discharge contact area, so it feels small or nothing. In this case, the negative charge you bring is stronger than the opponent, so at the moment of contact, you hit the opponent's surface contact surface in the form of a point contact surface discharge, so you have a feeling that the opponent's area is relatively large and dispersed.

It's like if you use the ignition in a lighter to fire your fingernails, you will find sparks flying around, and your fingers don't feel it, because the nails don't conduct electricity, so they disperse the voltage elsewhere. If you bring too much voltage, then break down the contact surface of the other party, then the other party will also feel it.

As for how to increase the voltage, there are many ways, and there are many ways to do it, and it is said that when the human body is static.

Sparks can be seen when they reach seven or eight thousand, and sound can be heard when they reach tens of thousands of volts. In general, if there is a sound of static electricity in general life, it reaches more than 10,000 volts, and the human body has the ability to carry static electricity to millions of volts. Lightning is harmful to the human body, and people and objects cannot be touched in ordinary life.

Even if you take a hand with you at any time, you will inadvertently hurt others. Gu said that when he reached a certain level of practice, he could corona people, and he felt superhuman in an instant.

Friction creates static electricity, and both sides have static electricity.

Summary. Dear, for you to find out, touching other people's static electricity is their own static electricity, not when the hand touches the iron, there is static electricity. Rather, static electricity has accumulated on your body or someone else's body.

When a person or object with static electricity comes into contact with another conductor (iron or human), static electricity flows to that conductor. If there is a lot of static electricity and the conductor being contacted is grounded, it will be charged in an instant, and even sparks can be seen.

Dear, for you to find out, touching other people's static electricity is their own static electricity, not when the hand touches the iron, there is static electricity. Rather, static electricity has accumulated on your body or someone else's body. When a person or object with static electricity comes into contact with another conductor (iron or human), the static electricity flows towards that conductor.

If there is a lot of static electricity, and the conductor that is in contact is grounded, then the Zen cong will be energized in an instant, and even sparks can be seen.

If I touch someone's head, my hand will be static, but will the other person's head feel static electricity?

Does it matter?

Dear, touching someone else's head will be static electricity, and the other party's head will also feel static electricity.

It won't hurt your head.

Dear, static electricity is a weak electric current that does not cause harm.

Summary. Dear, Happy New Year, I'm glad to have your question<> touching other people's static electricity is that they have static electricity, and the other party also has static <>electricity

Happy New Year, dear, nice to have your question <>

Touching someone else's static electricity means that you have static electricity, and the other party also has static electricity<>

Dear, touch someone else's static electricity, if you are electrified, someone else is electrified, if someone else is electrified, you are electrified.

Expand the knowledge of liquid and shoot Wang Zhi: The reason why two objects are electrolyzed by friction is whether the material in the two objects is electrified, one has a strong ability to gain electrons, and the other has a strong ability to lose electrons. Only two such objects can be electrolyzed by friction (the transfer of electrons takes place).

I am electrocuted by myself, so when I touch him and my hand is electrocuted, do you feel it?

Does it matter. Pro, static electricity is electrified, and does not cause injury to the <> parent, generally the other party is a <> without feeling

It doesn't have any effect on the head.

Dear, normal, the weather is dry, we ourselves are much more static by static electricity<> pro, just static electricity, there will be no harm, if it is a real power supply, it is different.

Because my daughter is only 3 years old, I touched his head today and my hand was electrified. So I'm afraid it will affect her, after all, it's static electricity on her hair.

It scared me. Dear, don't worry, it won't have an impact, and static electricity won't hurt.

Dear, you are right to care, after all, children are our treasures.

Well. Dear, you are a great mother, <>

The reason why the human body produces static electricity is caused by the transfer of electrons in the outer shell of atoms under the influence of various external forces, forming positive and negative ions respectively. Any two objects of different materials will be transferred and accumulated when they come into contact, forming static electricity. Static electricity on the human body is mainly caused by the friction between clothes or between clothes and the body, so when wearing clothes of different materials, the "electricity" is more or less different, for example, wearing clothes made of chemical fibers is more likely to produce static electricity, while cotton clothes produce less.

And because the dry environment is more conducive to the transfer and accumulation of electric charge, people will feel that the static electricity on their bodies is greater in winter.

Under different humidity conditions, the electrostatic potential generated by human activity is different. In the dry season, the static electricity of the human body can reach thousands of volts or even tens of thousands of volts. Experiments have proved that there is no discomfort in the human body when the electrostatic voltage is 50,000 volts, and there is no danger to life when the electrostatic voltage is 120,000 volts.

However, electrostatic discharges also create electromagnetic fields around them, which are of great intensity, although they last for a short period of time. Researchers are studying the effects of electrostatic electromagnetic fields on the human body.

The friction between chemical fiber, wool, silk, leather and other products and ** or clothes produces static electricity, which cannot be discharged and accumulated, and the conductor will be discharged.

Feeling electricity, there are three situations:

The first case: conduction.

conducting

The current in the metal wire and metal conductor is the flow of electric charge, that is, conduction.

Although our body is not a good conductor, it can also conduct, so there is an electric shock.

Conduction is electrified, that is, contact is electrified.

The second case: induction.

induction

Induction of electricity is commonplace in metals. Although our human body is not a metal, it also has the phenomenon of induced electricity. In the vicinity of high-frequency and high-voltage equipment, people still have induction electrocution deaths.

The third case: triboelectric activation.

There is no frictional electrification of metal, due to good conductivity, once the friction is electrified, the charge will be conducted, flowed away, and entered the ground 、、、

Triboelectric uplift, too slight triboelectric electrification, we can't feel it. The human body must have a perceptual voltage of 37 volts to be sensible. Therefore, I usually do not feel static electricity.

Another reason is that high-voltage equipment, or buildings, have fixed grounding facilities, and even larger instruments have grounding measures, and excess static electricity, once it appears, immediately flows into the ground.

If you want to know this question, you must first understand the principle of static electricity generation.

Electrons revolve around the nucleus, where the electrons have a negative charge and the nucleus (the proton part) has a positive charge. The nucleus is relatively stable, but the electrons are restless. The slightest change in the external environment (thermal energy, kinetic energy, electric potential energy, etc.) will run to other places.

In this way, the original place has a positive charge, and the place with more electrons has a negative charge.

For human static electricity, most of it is generated during contact. Because different substances have different abilities to attract electrons when they come into contact, when they separate after contact, a part of the electrons in one object is "abducted" by the other object. Static electricity is generated.

Generally speaking, the voltage of static electricity is relatively high, the static electricity of the human body ranges from thousands of volts to tens of thousands of volts, and above 2000 volts, there is a feeling, above 3000 volts there will be sparks and stinging sensation, and above 7000 volts is similar to the feeling of electric shock.

Electrostatic shock between people is actually the electrostatic potential between two people exceeding 2000 volts, resulting in a sensory discharge point, which is the so-called who is electrocuted to whom, or each other is electrified.

There is a certain randomness in this situation, because it is related to the living environment and the habits of the individual. For example, in an environment where the relative humidity is greater than 35%, there is usually no sensory emission point. Because impure water can be seen as a good conductor of electricity.

Before you have much static potential, the electricity has been carried away by moisture in the air.

In addition, even if you have an electrostatic potential of 100,000 volts and the other person has an electrostatic potential of 100,000 volts, if both of you are positively charged, the potential difference between you is zero, and there will be no electrostatic shock.

Also, people are generally not insulators. If it is an insulator, it is troublesome, and the static electricity on the body is more difficult to discharge, so wouldn't it be worse?

As for getting sick, with the above analysis, it should not be difficult to see that there is no direct connection between "electrocution" with others and whether or not they are sick. On the contrary, I think that you may live in an environment that objectively reduces the generation of static electricity, or consciously or unconsciously develop the habit of preventing electrostatic shock in your life. For example, the living environment is humid; Frequent contact with metallic conductors, substances, and so on.

Therefore, you are not sick, but I want to congratulate you, because the human body often accumulates a large amount of static electricity, which is very harmful to cardiovascular and cerebrovascular diseases.

No, it's just a discharge, because it's not your ** touching them, so you can't feel it.

What region (climate) are you in? The generation of static electricity is related to the relative humidity of the air and the raw materials of the garment. Clothes made of animal hair, such as sweaters and down jackets, are prone to static electricity in dry air environments such as northern winters.

Haha, let's wash clothes with laundry detergent.

People don't want static electricity, why are you the opposite, you don't get sick.