The movement of air can cause different parts of a cloud have opposite charges.
During a storm small particles are propelled towards the top of the cloud by strong internal winds. The larger particles fall to the bottom of the cloud. This causes the top of the cloud to develop a strong positive charge, while the bottom of the cloud has a strong negative charge. This induces a positive charge on the ground. This combination is where there is a massive very rapid transfer of electrons, also known as lightning.
A nuclear explosion is the type of explosion that causes a mushroom cloud. The distinctive mushroom-shaped cloud is formed when the intense heat and energy of the explosion causes the surrounding air and debris to rise rapidly, creating the iconic cloud formation.
No, the force of friction does not cause lightning. Lightning is caused by the buildup of electrical charges in a cloud, leading to a discharge of electricity between the cloud and the ground or between clouds.
Static charge develops in a thundercloud through the collision and separation of ice particles and water droplets inside the cloud. This process creates positive and negative charges on different parts of the cloud, leading to the buildup of electrical potential. When the charge difference becomes large enough, it can result in lightning discharge.
Lightning
Yes. Although the development of these charges is still mostly understood, the buildup of opposite charges in the clouds can create a discharge (lightning) between the cloud and the ground, or the cloud and another cloud. Sometimes the distribution of charges can be seen in a dendritic (forked) pattern of lightning bolts. (see related link)
Opposite charges attract each other due to the fundamental principles of electromagnetism. In an atom, positive charges (protons) in the nucleus attract negative charges (electrons) in the surrounding cloud, helping to maintain the atom's structure. This attraction between opposite charges is crucial in various phenomena, including the formation of chemical bonds and the behavior of electric currents. Overall, opposite charges play a vital role in the stability and interactions of matter.
It is called Cloud-to-Cloud lightning for obvious reasons. It is caused by ice particles in the cloud rubbing together, foming electric charges. When enough charge is formed, it may jump to another cloud with an opposite charge. Hope this helped. :D
Charges build up in clouds due to the separation of positive and negative charges within the cloud. When the charge separation becomes strong enough, lightning occurs as a discharge of electricity between the cloud and the ground or between different parts of the cloud.
During a storm small particles are propelled towards the top of the cloud by strong internal winds. The larger particles fall to the bottom of the cloud. This causes the top of the cloud to develop a strong positive charge, while the bottom of the cloud has a strong negative charge. This induces a positive charge on the ground. This combination is where there is a massive very rapid transfer of electrons, also known as lightning.
When positive charges go to negative charges in a cloud
I don't know i searched this my self maybe this might help I'm having trouble answering this question on my homework!! Lighting occurs when charges jump between the ________________ cloud and the __________________ ground as a discharge.
The electron cloud.
Because the nucleus is a bundle of positive charges, and the electron cloud is a bundle of negative charges. It's no mystery why they feel forces in opposite directions when they're both immersed in an electric field. The real mystery is why every atom doesn't totally collapse in response to the attractive force between the positive nucleus and the negative electrons.
Lightning forms when positive and negative charges in a cloud separate and create an electric field. When the electric field becomes strong enough, it causes a sudden discharge of electricity in the form of lightning. Lightning strikes the ground when the negative charges in the cloud are attracted to the positive charges on the ground, creating a path for the lightning bolt to travel.
If local convection, or a pressure front, causes the cloud to change elevation, the water vapor will form into a different cloud type consistent with that altitude.
What causes a cumulonimbus cloud is the cold and warm fronts that colided.