it can used for i dont know
electricity
Touching a semiconductor with electricity running through it can result in a shock, depending on the voltage and current levels involved. Semiconductors, like any electrical component, can conduct electricity under certain conditions, and if you complete a circuit by touching it, you may experience a shock. However, low-voltage semiconductors typically do not pose a significant risk of shock, while high-voltage applications can be dangerous. Always exercise caution when working with electrical components.
electricity because a light bulb needs electricity
Yeah they are dangerous and scary
The two types are "static electricity" and "current electricity."Read more: What_are_the_two_types_of_electricity
Please be careful around that dangerous electricity.
The most dangerous place to be when electricity is present is in direct contact with a charged conductor. The next most dangerous place is where there is liquid water and electricity.
Yes.
Water is a good conductor of electricity, so coming into contact with water while electricity is present can result in a dangerous shock. Other conductive materials, such as metal, can also cause a dangerous shock when in contact with electricity.
Dangerous!Very dangerous.
The AC electricity used in the home is dangerous if misused.
Cyanide is dangerous, period. Electricity is dangerous, period. Nothing about the one makes the other more dangerous. Still, either one is dangerous enough by itself that I would not recommend working with both at the same time.
Water, when in contact with electricity, conducts the electricity to spread throughout the water instantly cause major electricity flow throughout the water. Water conducts electricity making it dangerous.
the voltage.
electricity
lightning
It is neither more or less dangerous . The determining danger factor is amperage.