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Does lightning go up in the atmosphere?
No, lightning travels downward from the clouds to the ground.
Does the speed of lightning go up or down as it travels through the atmosphere?
The speed of lightning does not change as it travels through the atmosphere. Lightning travels at the speed of light, which is approximately 186,282 miles per second.
Does lightning go up or down in the atmosphere?
Lightning travels both up and down in the atmosphere. It starts with a downward leader from the cloud towards the ground, followed by an upward streamer from the ground to meet the downward leader, creating the visible lightning strike.
Where does the process of lightning initiation begin in the atmosphere?
The process of lightning initiation begins in the atmosphere when electrical charges build up in clouds, creating a potential difference between the cloud and the ground.
What is a gigantic electrical spark in the earth's atmosphere?
A gigantic electrical spark in the Earth's atmosphere is known as lightning. It occurs when electrical charges build up in the atmosphere and are discharged in the form of a sudden and bright flash of light. Lightning can be dangerous and cause fires, injuries, and damage to buildings.
Does lightning go up in the atmosphere?
No, lightning travels downward from the clouds to the ground.
Does the speed of lightning go up or down as it travels through the atmosphere?
The speed of lightning does not change as it travels through the atmosphere. Lightning travels at the speed of light, which is approximately 186,282 miles per second.
Does lightning go up or down in the atmosphere?
Lightning travels both up and down in the atmosphere. It starts with a downward leader from the cloud towards the ground, followed by an upward streamer from the ground to meet the downward leader, creating the visible lightning strike.
Where does the process of lightning initiation begin in the atmosphere?
The process of lightning initiation begins in the atmosphere when electrical charges build up in clouds, creating a potential difference between the cloud and the ground.
What is a gigantic electrical spark in the earth's atmosphere?
A gigantic electrical spark in the Earth's atmosphere is known as lightning. It occurs when electrical charges build up in the atmosphere and are discharged in the form of a sudden and bright flash of light. Lightning can be dangerous and cause fires, injuries, and damage to buildings.
Does lightning know things?
No, lightning is a natural phenomenon caused by electrical discharge in the atmosphere and doesn't possess knowledge or consciousness. It is a result of the build-up and release of electrical energy in the atmosphere during thunderstorms.
Does lightning travel upwards or downwards in the atmosphere?
Lightning travels both upwards and downwards in the atmosphere.
How was the lightning invented?
Lightning was not invented; it is a natural phenomenon that occurs when electrically charged particles in the atmosphere are discharged. Lightning is a result of the build-up and release of electrical energy in thunderstorms.
Is lightning is an example of static electricity true or false?
True. Lightning is a natural example of static electricity, which occurs when there is a build-up of electrical charge in the atmosphere that discharges in the form of a lightning bolt.
Lightning results from what?
Lightning is caused by the buildup and discharge of electrical energy in the atmosphere during thunderstorms. This process creates a flow of current between clouds or between a cloud and the ground, resulting in the visible flash of light known as lightning.
What is the only form of plasma on earth?
The only form of plasma on Earth found in nature is lightning. Lightning occurs when an electrical charge builds up in the atmosphere and discharges, creating a plasma state of matter.
How hot is each type of lightning?
Different types of lightning can reach temperatures of up to 50,000 degrees Fahrenheit, which is hotter than the surface of the sun. This extreme heat is generated by the rapid movement of electrical charges in the atmosphere during a lightning strike.
