А. В. Surfaces A and B have the same shape and the same area. Which has the less flux? O Surface A has less flux. O Surface B has less flux. The fluxes are equal. O It's impossible to say without knowing more about the electric field.

icon
Related questions
Question
### Electric Flux through Surfaces A and B

In this diagram, we have two surfaces labeled A and B, both of which have the same shape and area. The image also shows electric field lines radiating outward, with arrows indicating the direction of the electric field.

**Graph Explanation:**

- **Surface A** is positioned perpendicular to more lines, indicating that a larger proportion of the electric field passes through it.
- **Surface B** is angled differently, with fewer lines passing perpendicularly through it compared to Surface A. This suggests that the electric field's interaction with Surface B might be less direct.

**Question:**

Surfaces A and B have the same shape and the same area. Which has the lesser electric flux?

**Options:**

- ○ Surface A has less flux.
- ○ Surface B has less flux.
- ○ The fluxes are equal.
- ○ It's impossible to say without knowing more about the electric field.
Transcribed Image Text:### Electric Flux through Surfaces A and B In this diagram, we have two surfaces labeled A and B, both of which have the same shape and area. The image also shows electric field lines radiating outward, with arrows indicating the direction of the electric field. **Graph Explanation:** - **Surface A** is positioned perpendicular to more lines, indicating that a larger proportion of the electric field passes through it. - **Surface B** is angled differently, with fewer lines passing perpendicularly through it compared to Surface A. This suggests that the electric field's interaction with Surface B might be less direct. **Question:** Surfaces A and B have the same shape and the same area. Which has the lesser electric flux? **Options:** - ○ Surface A has less flux. - ○ Surface B has less flux. - ○ The fluxes are equal. - ○ It's impossible to say without knowing more about the electric field.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps

Blurred answer