📚 Learning Guide
Dielectric Charge Flow
easy

Arrange the following steps in the correct order for discharging a capacitor through a resistor: A) The capacitor is charged, B) The circuit is completed by connecting the resistor, C) The stored energy begins to dissipate, D) The capacitor is fully discharged.

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Learning Path

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Choose the Best Answer

A

A→B→C→D

B

B→A→C→D

C

A→C→B→D

D

C→D→A→B

Understanding the Answer

Let's break down why this is correct

Answer

First the capacitor is charged, storing electrical energy. Then the resistor is connected to the capacitor, completing the circuit. Once the circuit is closed, the stored energy starts to dissipate as current flows through the resistor. Finally, after enough time the capacitor loses all its charge and is fully discharged. This sequence shows how the capacitor’s stored energy turns into heat in the resistor.

Detailed Explanation

The capacitor must first be charged before any discharge can occur. Other options are incorrect because This answer swaps the first two steps; It suggests energy starts to dissipate before the resistor is connected, which is impossible.

Key Concepts

Capacitor Discharge Process
Energy Dissipation in Circuits
Electric Fields
Topic

Dielectric Charge Flow

Difficulty

easy level question

Cognitive Level

understand

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