If the electric potential at a point is 150 V and the electric field is uniform,

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What’s inside this PDF?

Question: If the electric potential at a point is 150 V and the electric field is uniform, what is the potential difference over a distance of 3 m?

Options:

50 V
150 V
100 V
200 V

Correct Answer: 50 V

Solution:

Potential difference ΔV = E * d = (150 V / 3 m) * 3 m = 150 V.

If the electric potential at a point is 150 V and the electric field is uniform,

Practice Questions

If the electric potential at a point is 150 V and the electric field is uniform, what is the potential difference over a distance of 3 m?

50 V
150 V
100 V
200 V

Questions & Step-by-Step Solutions

If the electric potential at a point is 150 V and the electric field is uniform, what is the potential difference over a distance of 3 m?

Step 1: Understand that electric potential (V) is given as 150 V at a point.
Step 2: Recognize that the electric field (E) can be calculated using the formula E = V / d, where d is the distance.
Step 3: Since we want to find the potential difference (ΔV) over a distance of 3 m, we can use the formula ΔV = E * d.
Step 4: Calculate the electric field (E) using the given potential and distance: E = 150 V / 3 m = 50 V/m.
Step 5: Now, use the electric field to find the potential difference over 3 m: ΔV = E * d = 50 V/m * 3 m.
Step 6: Calculate ΔV: 50 V/m * 3 m = 150 V.

Electric Potential and Electric Field – Understanding the relationship between electric potential (V), electric field (E), and distance (d) in a uniform electric field.
Potential Difference Calculation – Calculating potential difference using the formula ΔV = E * d, where E is the electric field strength and d is the distance.

If the electric potential at a point is 150 V and the electric field is uniform,

What’s inside this PDF?

If the electric potential at a point is 150 V and the electric field is uniform,

Practice Questions

Questions & Step-by-Step Solutions

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