A light bulb is attached to a DC battery as indicated in the diagram below. The lightbulb is glowing and emitting light.BulbBatteryB.Which is the BEST explanation for what happens to the electric current in the wire?The electric current flows through both wires and the light where it is used up.The electric current flows around the circuit and nothing is removed by the lightso that the amount of current in the two wires is the same.The electric current flows through one wire to the light where some of it is usedup. The remaining electric current flows through the other wire back to thebattery.OThe electric current flows through wire A from the battery to the light bulbwhich uses up all the electricity. Wire B is not needed,

A resistor is a device used to hinder/resist the flow of current. It is just like a speed breaker…

A light bulb is attached to a DC battery as indicated in the diagram below. The light bulb is glowing and emitting light. Bulb Battery B. Which is the BEST explanation for what happens to the electric current in the wire?

A light bulb is attached to a DC battery as indicated in the diagram below. The light bulb is glowing and emitting light. Bulb Battery B. Which is the BEST explanation for what happens to the electric current in the wire?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

100%

A light bulb is attached to a DC battery as indicated in the diagram below. The light
bulb is glowing and emitting light.
Bulb
Battery
B.
Which is the BEST explanation for what happens to the electric current in the wire?
The electric current flows through both wires and the light where it is used up.
The electric current flows around the circuit and nothing is removed by the light
so that the amount of current in the two wires is the same.
The electric current flows through one wire to the light where some of it is used
up. The remaining electric current flows through the other wire back to the
battery.
OThe electric current flows through wire A from the battery to the light bulb
which uses up all the electricity. Wire B is not needed,

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Which statements about electric potential are true? (Select all that apply) A. the value of electric potential will be the same everywhere on a wire B. the value of electric potential at a given point in a circuit depends on the reference point (where V = 0) C. a larger resistor will, for the same current, have a larger voltage drop across it than a smaller resistor D. the value of voltage across a given circuit element is independent on reference point (where V = 0)
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