Question

18 multiple - choice 1 point answer this question and the following multiple - choice scaffolded questions to build your understanding. then, use your answers as evidence to write a full response to the big question: where should you go to minimize risk of lightning strike, and why? comparing lightning strikes what happens to charges in a thundercloud during a storm? they stay evenly mixed all charges escape into the atmosphere. protons move to the bottom, and neutrons to the top. they separate, with positive charges at the top and negative charges at the bottom. 19 multiple - choice 1 point answer this question and the following multiple - choice scaffolded questions to build your understanding. then, use your answers as evidence to write a full response to the big question: where should you go to minimize risk of lightning strike, and why? how do charges in the cloud interact with charges on earths surface? positive charges in the cloud attract negative charges on earths surface. cloud charges repel all earth charges. cloud charges do not affect earth at all. negative charges in the cloud push negative charges away, leaving positive charges on earths surface. 20 multiple - choice 1 point answer this question and the following multiple - choice scaffolded questions to build your understanding. then, use your answers as evidence to write a full response to the big question: where should you go to minimize risk of lightning strike, and why? why are tall objects (trees, poles, people) more likely to be struck? they conduct more heat that needs electricity lightning strikes tall objects at random. they change the electric field by shortening the distance charges must travel. they block sunlight, which causes more lightning.

Explanation:

1. Question 18: What happens to charges in a thunder - cloud during a storm?

• # Brief Explanations:
• In a thunder - cloud, charges separate due to processes like friction and induction within the cloud. Positive charges accumulate at the top and negative charges at the bottom.
• # Answer:
• They separate, with positive charges at the top and negative charges at the bottom.

1. Question 19: How do charges in the cloud interact with charges on Earth's surface?

• # Brief Explanations:
• The negative charges in the bottom of the cloud repel negative charges on Earth's surface, causing a separation of charges on the Earth's surface and leaving positive charges closer to the surface.
• # Answer:
• Negative charges in the cloud push negative charges away, leaving positive charges on Earth's surface.

1. Question 20: Why are tall objects (trees, poles, people) more likely to be struck?

• # Brief Explanations:
• Tall objects reduce the distance that the electrical discharge (lightning) has to travel. Lightning seeks the path of least resistance, and tall objects provide a shorter path between the cloud and the ground.
• # Answer:
• They change the electric field by shortening the distance charges must travel.

Answer:

1. Question 18: What happens to charges in a thunder - cloud during a storm?

• # Brief Explanations:
• In a thunder - cloud, charges separate due to processes like friction and induction within the cloud. Positive charges accumulate at the top and negative charges at the bottom.
• # Answer:
• They separate, with positive charges at the top and negative charges at the bottom.

1. Question 19: How do charges in the cloud interact with charges on Earth's surface?

• # Brief Explanations:
• The negative charges in the bottom of the cloud repel negative charges on Earth's surface, causing a separation of charges on the Earth's surface and leaving positive charges closer to the surface.
• # Answer:
• Negative charges in the cloud push negative charges away, leaving positive charges on Earth's surface.

1. Question 20: Why are tall objects (trees, poles, people) more likely to be struck?

• # Brief Explanations:
• Tall objects reduce the distance that the electrical discharge (lightning) has to travel. Lightning seeks the path of least resistance, and tall objects provide a shorter path between the cloud and the ground.
• # Answer:
• They change the electric field by shortening the distance charges must travel.