Electric current can pass through a person if they provide a path for the flow of electricity, such as by touching a live wire. The human body is a conductor of electricity, so if there is a voltage difference across the body, current can flow through it. This can result in electric shock and potential injury or death.
Yes, cold can be transferred from person to person through droplets from coughing or sneezing, as well as through touching contaminated surfaces and then touching the face. Cold viruses can be transmitted easily in close contact settings.
Hanging on a power line is extremely dangerous and can result in electric shock or electrocution. The person would likely suffer severe injuries or even death due to the high voltage running through the power line. It's important to never touch or go near power lines for safety reasons.
When electricity comes into contact with water, the water can conduct the electricity, allowing it to flow through the water and potentially through a person in the water. This can happen if a person comes into contact with a live electrical source while in water, such as faulty wiring or an electrical device that has fallen into the water. The electricity can then pass through the person's body, causing electrocution.
Birds don't get electrocuted sitting on wires because they are not grounded, so there is no path for electricity to flow through them and complete a circuit. Additionally, birds' feet are not close enough together to create the necessary circuit for electricity to pass through their body.
The verb for to execute or kill by electric shock is indeed to electrocute.(Example : Touching a hanging power line can electrocutea person.)
Usually refers to a person or animal that has had or risks having electricity passed through it (usually unintentionally). "He just got electrocuted" "If you keep poking that you're going to get electrocuted" "The poor thing stepped on the third rail and was electrocuted"
Electric current can pass through a person if they provide a path for the flow of electricity, such as by touching a live wire. The human body is a conductor of electricity, so if there is a voltage difference across the body, current can flow through it. This can result in electric shock and potential injury or death.
Electrocuted is the term given to death by electric shock. You can only be Electrocuted once. There are many factors that affect the result of contact with any voltage system. These include duration, path of current through the body etc. You could have a 440v shock that may only travel through one hand for example. The likely result is some electrical burns just to that hand. If however, the current path , goes from your hand, through your chest to your feet (through your heart) the risk of death is high. The amount of current required to kill a person is very small, around 50 milliamps (50 thousandths of an amp). As Current (Amps) is proportional to voltage, the higher the voltage the higher the current.
== == If the current in an ac power circuit is not balanced between hot and neutral, possibly meaning some of the current is going through a human being to ground, a GFCI breaker or receptacle will break the circuit to keep the person from being electrocuted.
Nothing will happen , as the current always flows from higher potential to lower potential and if the person is touching only live wire then, there is no other path for the current to flow , but if the person touches the ground , the ground is at "0" potential, so, the current tries to flow from live wire to the ground via person , so the person gets shock in that case but not when a person is only touching the live wire and not the ground.
draw a person whilst being electrocuted
A virus can spread from person to person through respiratory droplets when an infected person coughs or sneezes, direct contact with an infected person's bodily fluids, touching a surface contaminated with the virus and then touching the face, or through aerosol transmission in enclosed spaces.
Through Bodily Fluids
Yes, the electricity goes through them and out their feet. only during static charge can another person or object be shocked. Electrocution only happens when electricity is able to pass through something to the ground.
Yes, cold can be transferred from person to person through droplets from coughing or sneezing, as well as through touching contaminated surfaces and then touching the face. Cold viruses can be transmitted easily in close contact settings.
Colds and influenza are typically transmitted through respiratory droplets when an infected person coughs or sneezes. They can also be spread by touching surfaces contaminated with the virus and then touching your face. Being in close contact with an infected person increases the risk of transmission.