*Top seawatter's conductivity is about 4 S·m/m2. *Sheer watter's conductivity is 5.5 µS·m/m2. Thus, lightning's extinction coefficient is 730,000 times shorter.
Lightning does not travel through water. In both pure water and ocean water, electricity will follow the path of least resistance, which is typically on the surface of the water or through a conductive material within the water, rather than through the water itself. Lightning can, however, strike the surface of the water and potentially travel through it if there are conductive ions present.
Lightning spreads out on the ocean due to its conductive properties. As water is a good conductor of electricity, the lightning will disperse horizontally across the surface rather than going straight down to the ocean floor. This allows the electrical charge to dissipate more evenly.
Why did u ask fo
When lightning strikes the ocean, it can potentially electrocute nearby marine life. The electricity can travel through the water, posing a danger to marine animals and swimmers. Lightning strikes can also create loud underwater booms known as "thunderclaps" due to the rapid expansion of superheated air.
Lightning tends to strike near water because water is a good conductor of electricity. In areas with bodies of water, such as lakes or oceans, the presence of charged particles in the atmosphere can create differences in electric potential that lead to lightning strikes targeting these areas. Additionally, water vapor and droplets can aid in the electrical discharge process.
Yes, lightning can travel through rocks, but it will follow the path of least resistance, which may not always be through the rock itself. Lightning typically seeks conductive materials like metals or water to travel through, but in some cases, it can still pass through rock if the conditions are right.
Yes, it is dangerous to be on the ocean during a lightning storm. Lightning can strike the water's surface and travel through the water, potentially harming anyone in the vicinity. It's best to seek safe shelter during a storm.
Yes, you would likely survive because water is a good conductor of electricity and the current from the lightning would disperse in the water. However, it is important to get out of the water as soon as possible to avoid any potential dangers from subsequent strikes or nearby electric currents.
water
Circles
Lightning tends to strike near water because water is a good conductor of electricity. In areas with bodies of water, such as lakes or oceans, the presence of charged particles in the atmosphere can create differences in electric potential that lead to lightning strikes targeting these areas. Additionally, water vapor and droplets can aid in the electrical discharge process.
Yes, thunk about an ocean versus a lake
Ocean waves travel through the medium of water. As the wind transfers energy to the surface of the ocean, it creates ripples that develop into waves that propagate across the water's surface.
Lightning can struck water pipes and travel all the way to the tub, and electrocute you.
Lightning spreads out on the ocean due to its conductive properties. As water is a good conductor of electricity, the lightning will disperse horizontally across the surface rather than going straight down to the ocean floor. This allows the electrical charge to dissipate more evenly.
The Atlantic Ocean, for one...
ocean tides
An ocean wave will travel through a medium of water, with the energy of the wave causing the water particles to move in a circular orbit as the wave passes through. This movement transfers the energy of the wave across the water's surface.