Lightning bolt electrons problem

In summary, the "Lightning bolt electrons problem" is the acceleration of electrons by a strong electric field, such as in a lightning bolt. This occurs when a strong electric field strips electrons from atoms and accelerates them. The impact of this phenomenon can include high temperatures, intense light, damage to structures and electronic devices, and power outages. Scientists study this problem through laboratory experiments, computer simulations, and data analysis from lightning strikes. While it cannot be solved, understanding this phenomenon can help develop safety measures and technologies to mitigate its effects.
  • #1
wyclefchick
9
0
A strong lightning bolt transfers about 25 C to Earth. How many electrons are transferred?

1 electrons = 1.60E-19

so.. 25 / 1.60 E -19 = 1.5625E-18 electrons

but the answer that my teacher gave us is 1.6 E 20 electrons

what did i do wrong?
 
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  • #2
Caclculator error. Watch how you enter E-19.
 
  • #3


It appears that you have converted the units correctly, but you have not accounted for the fact that a lightning bolt is not a single transfer of electrons, but rather a continuous flow of electrons over a period of time. Therefore, the answer provided by your teacher may be taking into account the total number of electrons transferred during the entire duration of the lightning bolt, rather than just at a single moment. It is also possible that your teacher's answer is based on a different estimation or calculation method. It would be helpful to clarify with your teacher to better understand the discrepancy in the answers.
 

Related to Lightning bolt electrons problem

What is the "Lightning bolt electrons problem"?

The "Lightning bolt electrons problem" refers to the phenomenon of electrons being accelerated by a strong electric field, such as that found in a lightning bolt.

How does the "Lightning bolt electrons problem" occur?

When a strong electric field is present, it can strip electrons from atoms and accelerate them to high velocities. In the case of a lightning bolt, the strong electric field is created by the separation of positive and negative charges in a thundercloud.

What are the impacts of the "Lightning bolt electrons problem"?

The acceleration of electrons in a lightning bolt can create extremely high temperatures and intense light, which can cause damage to structures and potentially harm living beings. The resulting electrical discharge can also cause power outages and damage to electronic devices.

How do scientists study the "Lightning bolt electrons problem"?

Scientists use various methods, including laboratory experiments and computer simulations, to study the behavior of electrons in a strong electric field. They also observe and analyze data from lightning strikes to better understand the processes involved.

Can the "Lightning bolt electrons problem" be solved?

The "Lightning bolt electrons problem" is not a problem that can be solved, but rather a natural phenomenon that scientists seek to understand and mitigate. By studying the behavior of electrons in strong electric fields, scientists can develop better safety measures and technologies to protect against the dangers of lightning strikes.

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