Yes, lightning rods are effective in protecting buildings from lightning strikes by providing a path for the electrical current to safely travel to the ground, reducing the risk of damage to the structure.
Rubber is a poor conductor of electricity, so wearing rubber-soled shoes or sitting in a car with rubber tires can help protect you from being struck by lightning. The rubber provides insulation, reducing the risk of electric shock in case of a lightning strike. However, it's still safest to stay indoors during a lightning storm.
salt or fresh water? how far away is the lightning? salt water is more conductive so you will get hurt worse in the ocean than at a lake. this all depends on how close the lightning struck the water.
"Lightning" is a noun. Sometimes people try to use it as an adjective to mean "fast" (ex, "with lightning speed") but it really should be used as "like lighting" or "lightning-fast" or so on.
Light ning. Some people try to make it 3 syllables (light n ing) but it really is two
Tornadoes and lightning can occur simultaneously during severe thunderstorms. If a tornado and lightning occur at the same time, the combination can increase the potential dangers and risks associated with the storm. Lightning can strike the tornado itself or nearby, causing additional hazards like fires, property damage, and injuries.
Not much really. A few unhappy creatures who are too close to lightning strikes may die, but that's about it.
Lightning does indeed strike first, as thunder is the sound created by lightning. According to Wikipedia, lightning heats the air surrounding it by large quantities, which in turn causes the air to expand and create a "Sonic wave" which is similar to a sonic boom.
Thunder is the sound created by lightning. The sound is generated by rapidly expanding gas near the electric arc of a lightning bolt.
One inventor of the lightning rod was Benjamin Franklin. Another was a German priest, Diwisch. Both appear to have made their inventions in the same decade, around 1753. See "Who Really Invented The Lightning Rod?", The Electrical Review, volume 32, 10Feb1893, p.146.
Heavy rain showers with lightning occur when there is a significant amount of rainfall along with the presence of lightning strikes. This type of weather can be intense and may pose hazards such as flash flooding, strong winds, and the risk of lightning strikes. It is important to take precautions during heavy rain showers with lightning to ensure safety.
There's really no need to. Usually all that will happen is the power will go out, maybe a few light bulbs fried.
While lightning storms can be forecasted to some extent using weather data and radar technologies, predicting the exact timing and location of lightning strikes is still challenging. Meteorologists can identify conditions that are conducive to lightning, but the exact behavior of individual lightning bolts remains unpredictable.
No, Zeus is a figure in Greek mythology and does not exist in reality. Lightning strikes are a natural phenomenon caused by electrical discharge in the atmosphere, and they can affect anyone in an area where a lightning storm is occurring.
Earthquakes themselves do not directly cause thunderstorms and lightning. However, seismic activity can sometimes trigger small electrical discharges called "earthquake lights" that might be mistaken for lightning. Thunderstorms are typically caused by atmospheric conditions, not seismic activity.
BIL is basic insulation level as per you or in other words it would be "basic impulse level" which implies the limit up to which an insulator could withstand impulse due to lightning strikes. Impulse is generated on the insulation due to the high voltage surges and spikes due to lightning strikes. BIL is generally much higher as compared to power frequency withstand voltage. In other words BIL is lightning Impulse withstand voltage. Impulse withstand voltage is the voltage that is generated due to switching operation and it's much higher than power frequency withstand, but BIL or the lightning withstand voltage is a the voltage level that an insulation can withstand during surge or lightning strikes.
no
No. Lightning is not really a physical object, so it doesn't "bounce".