Health & Life

Why Do Two People Get Electric Shocks When They Touch?

Sometimes, when two people touch, they experience a static shock. This unusual phenomenon has sparked curiosity and intrigue. Uncover the reasons behind these electric encounters in today's insightful read.

Administrator

14 July, 2024

The phenomenon of electric shocks when two people touch is not uncommon. But do you know why this happens? Let’s explore the reasons behind this together!

1 Why Do Two People Get Electric Shocks When They Touch?

Why Do People Get Electric Shocks When They Touch?

Electric Current Passing Through the Body

The human body, like other conductive objects, can become part of an electric circuit. This is especially likely when the body is wet. As a result, electric charge can be transmitted from one person to another when a conductive path is formed.

Voltage Between Two People

Voltage refers to the difference in electric potential between two points. This is evident when there is a potential difference between two people, and touching creates a voltage that drives the current through their bodies.

Environmental Factors

Environmental Factors

Humidity: Human bodies become more conductive in humid environments. This is because humidity neutralizes body charges, making them less conductive. In dry conditions, charges build up, increasing the body’s conductivity.
Wearing High Heels: High-heeled shoes increase the contact area between your body and the ground, making your body more conductive.

Touching Electrical Equipment

Some electronic devices can create a voltage when touched. If one person touches another while both are in contact with a charged electronic device, an electric current will pass through their bodies. Higher current intensities increase the risk of electric shock and can cause bodily harm.

2 Symptoms of Electric Shock

Symptoms of Electric Shock

The symptoms of electric shock depend on the current intensity, the duration of contact, and the individual’s health. Common symptoms include:

Startling, numbness, swelling, and pain at the contact point, depending on the current intensity. High-intensity currents can cause immediate pain and strong bodily reactions.
Burns at the contact point
Strong currents can lead to dangerous symptoms such as rapid heart rate, high blood pressure, and even death.

3 How to Prevent Electric Shocks During Contact

How to Prevent Electric Shocks During Contact

Electric shocks can be dangerous and cause harm to your health. To ensure your safety and that of others, keep the following in mind when interacting with electrical equipment:

Wear insulating gloves when working with or using electrical equipment.
Regularly inspect electrical devices to ensure they are not damaged or leaking electricity.
Never use electrical equipment with wet hands.
Always wear rubber slippers or boots when using electrical devices.

Additionally, consider the following to avoid electric shocks when touching others:

Avoid wearing clothing made of conductive materials such as wool or polyester.
Refrain from touching others when standing near electrical objects.
Maintain a distance of at least 1 meter from others when carrying conductive objects.

Today’s article has clarified why two people touching can result in an electric shock. We hope that through this article, you have gained valuable knowledge to better protect your health in daily life!

Source: fptshop.com

Frequently asked questions

When two people come into contact and experience an electric shock, it is typically due to the buildup and discharge of static electricity. This occurs when there is an imbalance of charges between the two individuals or objects involved. One person may have a surplus of negative charges, while the other has a surplus of positive charges, leading to a spark or shock when they touch.

Static electricity buildup in the human body can happen through various everyday activities. Walking on carpets, rubbing clothing against furniture, or even just moving around can cause a buildup of electrical charges. Certain materials, such as synthetic fabrics, are more prone to generating static electricity.

Humidity plays a crucial role in the occurrence of electric shocks. Dry air acts as an insulator, allowing static charges to build up more easily. In contrast, humid air conducts electricity better, dissipating the charges and reducing the likelihood of electric shocks.

Mild static electricity discharges, such as a small spark or shock when touching another person, are generally harmless. However, in rare cases, static electricity can lead to more serious consequences, especially in flammable or explosive environments.

To prevent electric shocks from static electricity, you can take measures such as moisturizing the air with a humidifier, wearing natural fabrics that are less prone to static buildup, and using anti-static sprays or wipes on surfaces and clothing.