Why did you test the resistance of the wire?

A. The current flowing through the lightbulb was too low. Decreasing resistance would increase the current.

B. The current flowing through the lightbulb was too high. Increasing resistance would decrease the current.

C. The current flowing through the lightbulb was too high. Decreasing resistance would decrease the current.

D, The current flowing through the lightbulb was too low. Increasing resistance would increase the current.

Question

Bruno Henry

Physics

21 August, 06:15

Why did you test the resistance of the wire?

A. The current flowing through the lightbulb was too low. Decreasing resistance would increase the current.

B. The current flowing through the lightbulb was too high. Increasing resistance would decrease the current.

C. The current flowing through the lightbulb was too high. Decreasing resistance would decrease the current.

D, The current flowing through the lightbulb was too low. Increasing resistance would increase the current.

+3

Answers (1)

Know the Answer?

Eileen Brock · Answer 1

The current flowing through the lightbulb was too high. Increasing resistance would decrease the current

Explanation:

Resistance is defined as the opposition to the flow of current across a resistor in an electric circuit. This means that resistors in a circuit opposes the motion of a current. Increase in the value if a resistor will decrease the amount of current that will pass through the resistor.

The higher the value of the resistance, the lower the current and vice versa.

Based on the conclusion above, we could infer that the resistance of the bulb was tested because 'the current flowing through the lightbulb was too high. Increasing resistance would decrease the current.'