Q. 8 Rank in order, from largest to s... [FREE SOLUTION]

Chapter 25: Q. 8 (page 708)

Rank in order, from largest to smallest, the electric potentials $V_{a}$ to localid="1648794905917" $V_{e}$ at points localid="1648794895078" $a$ to localid="1648794890043" $e$ in localid="1648794899983" $F I G U R E Q 25.8$ .Explain.

Short Answer

Expert verified

The order in electric potentials from largest to smallest, $V_{a} = V_{b} > V_{c} > V_{d} = V_{e} .$

Step by step solution

Step: 1 Electric field in parallel plate capacitor:

The potential difference is equivalent to the total of current amplified by the resistance (also known as voltage). A potential difference of one Volt equals one Joule of energy when one Coulomb of charge moves between two locations in a circuit.

Step: 2 Electric potentials:

The electric field is zero if the potential is constant. The electric field intensity is constant if the rate of change of potential with distance is constant

$| 螖 V | = E s .$

Where localid="1648794919736" $s$ is plate distance and localid="1648794924647" $E$ is electric field constant.

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91影视

Rank in order, from largest to smallest, the electric potentials $V_{a}$ to localid="1648794905917" $V_{e}$ at points localid="1648794895078" $a$ to localid="1648794890043" $e$ in localid="1648794899983" $F I G U R E Q 25.8$ .Explain.

Short Answer

Step by step solution

Step: 1 Electric field in parallel plate capacitor:

Step: 2 Electric potentials:

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91影视

Rank in order, from largest to smallest, the electric potentials Vato localid="1648794905917" Veat points localid="1648794895078" ato localid="1648794890043" ein localid="1648794899983" FIGUREQ25.8.Explain.

Short Answer

Step by step solution

Step: 1 Electric field in parallel plate capacitor:

Step: 2 Electric potentials:

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Physics Textbooks

Force

Oscillations

Kinematics Physics

Circular Motion and Gravitation

Thermodynamics

Further Mechanics and Thermal Physics

Study anywhere. Anytime. Across all devices.

Rank in order, from largest to smallest, the electric potentials $V_{a}$ to localid="1648794905917" $V_{e}$ at points localid="1648794895078" $a$ to localid="1648794890043" $e$ in localid="1648794899983" $F I G U R E Q 25.8$ .Explain.