📚 Learning Guide
Electric Field Induction Extension
easy

When observing electric field lines around a positively charged sphere, which of the following characteristics is true regarding their direction and density?

Master this concept with our detailed explanation and step-by-step learning approach

Learning Path
Learning Path

Question & Answer
1
Understand Question
2
Review Options
3
Learn Explanation
4
Explore Topic

Choose the Best Answer

A

The lines radiate outward and are denser near the sphere.

B

The lines curve inward towards the sphere.

C

The lines are evenly spaced regardless of distance from the sphere.

D

The lines do not exist around a positively charged object.

Understanding the Answer

Let's break down why this is correct

Answer

Electric field lines around a positively charged sphere all point straight outwards from the surface because the charge is positive. The lines start at the sphere’s surface and spread out as they move farther away. Where the lines are packed closely—right near the surface—the electric field is strongest, so the lines are denser. As you move away, the lines spread apart, showing a weaker field. For example, if you mark points just outside the sphere, the lines will be close together, but a meter away they will be far apart.

Detailed Explanation

A positively charged sphere pushes electric field lines straight outward, just like a balloon releasing air. Other options are incorrect because This option assumes the field pulls inward, which is the opposite of how a positive charge behaves; Believing the lines are evenly spaced ignores that the field weakens with distance.

Key Concepts

Electric Field Lines
Topic

Electric Field Induction Extension

Difficulty

easy level question

Cognitive Level

understand

Ready to Master More Topics?

Join thousands of students using Seekh's interactive learning platform to excel in their studies with personalized practice and detailed explanations.