Fulgurites are objects of natural glass that are formed in certain instances when lightning strikes and fuses rock or silica sand. Technically, fulgerites are a form of igneous rock, but they are not referred to as 'lightning balls'. Ball lightning is a completely different and controversial topic.
Well, isn't that a fascinating question! Lightning can travel through water, but it doesn't travel very far. In pure water, lightning can travel about 10-20 meters, while in ocean water, it can travel a bit farther, up to 50 meters. Nature always finds a way to adapt and surprise us!
If a glass ball on a lightning rod is struck by lightning, it may shatter due to the extreme heat generated by the lightning strike. Additionally, the lightning may travel through the rod to the ground, protecting the building from damage.
Yes, lightning typically travels from the ground up.
A lightning bolt would explode the glass window before it would travel through the glass. Storm lightning is so fast that even if it were to go thru a window the window would shatter from the heat and speed. Glass is not a conductor so, being struck by lightning thru the window would take the Glass to shatter which would take two strikes. Other following ways are the only ways lighting can strike into a home. -Lightning can enter the home thru any of the 3 following ways. (1) a direct strike (2) through wires or pipes that extend outside the structure (3) through the ground. Regardless of the method of entrance, once in a structure, the lightning can travel through the electrical, phone, plumbing, and radio/television reception systems. Lightning can also travel through any metal wires or bars in concrete walls or flooring. Avoid contact with concrete walls which may contain metal reinforcing bars. Avoid washers and dryers since they not only have contacts with the plumbing and electrical systems, but also contain an electrical path to the outside through the dryer vent.
Yes, lightning can travel both upwards and downwards in the atmosphere.
When lightning strikes the ocean, the electrical current can travel up to several miles through the water.
Yes, lightning can travel through a tree because trees contain water and nutrients that conduct electricity. When lightning strikes a tree, the electricity can flow through the tree's conductive tissues, such as sap and water, potentially causing damage to the tree.
Yes, lightning can strike through an open window because it can travel through the air and conductive materials like metal.
no
The cloud sends down electrons to the ground and when it finds a substance lightning can travel through than a discharge travels up to the cloud, the lightning. If you stand on rubber lightning wont discharge.
lightning does not require water vapour in the air. It travels at light speed (approx) through an ionized path.
Air is an insulator .......but still the lightning travels through it by ionising it.On the other hand water is a good conductor and ligthning finds path through it to reach the earth.Thus ligthning travels faster through air that has moisture than dry air.
seismic wave travels faster through solid rock and slower through water, but i dont know why!
Yes, sound can travel through rock, but at a much slower speed than through air or water. This is because rocks are denser and more rigid, causing sound waves to be absorbed and lose energy as they travel through the rock.
Well, isn't that a fascinating question! Lightning can travel through water, but it doesn't travel very far. In pure water, lightning can travel about 10-20 meters, while in ocean water, it can travel a bit farther, up to 50 meters. Nature always finds a way to adapt and surprise us!
yes its because when water is frozen the mobility of the movement of the electrons within the ice is significantly reduced.as the icy lattice structure of the ice cube forms,the electrons become rigid, and unmoving and their ability to conduct electricity is reduced.
p waves because they move rock back and forth which squeezes and strecthes the rock as they travel through the rock. s waves shear rock side to side as they travel through the rock