Electricity True/False Challenge

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Quick true/false quiz about electricity.

Créé par

yash

Australia

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Electricity True/False Challenge


Electricity True/False ChallengeVersion en ligne Quick true/false quiz about electricity. par yash 1 A Coulomb equals 6 × 10^8 electrons. Yes No 2 Static electricity occurs only between conductors. Yes No 3 An ammeter measures current in amperes. Yes No 4 A voltmeter is connected in series to measure current. Yes No 5 In a series circuit, the current varies between components. Yes No 6 Conductors allow electric charge to flow, while insulators hinder movement. Yes No 7 In a parallel circuit the current is the same in every branch. Yes No 8 Current always flows from negative to positive. Yes No 9 Voltage and current are inversely proportional for a fixed resistance. Yes No 10 A voltmeter measures voltage (potential difference) in volts. Yes No 11 A resistor is a device that increases resistance to current flow. Yes No 12 Ohm's law states V = I × R. Yes No 13 In metals, the valence electrons are free to move, making them good conductors. Yes No 14 A resistor cannot be made of metal. Yes No 15 In a series circuit, the current is the same through all components. Yes No 16 In parallel circuits, the voltage across each branch is the same. Yes No 17 Density of a metal determines its conductivity; denser metals always conduct better. Yes No 18 The ammeter measures voltage. Yes No 19 Ground is always a conductor with zero resistance. Yes No 20 An insulator can never conduct electricity under any condition. Yes No 21 Voltage is the same as current. Yes No 22 Ohm's law is V = I^2 R. Yes No 23 Static electricity never involves rubbing. Yes No 24 A capacitor allows direct current to pass through indefinitely. Yes No 25 Current is the rate of flow of electrons only. Yes No

Electricity True/False Challenge

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À propos de cette activité

Créé par

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Electricity True/False ChallengeVersion en ligne

par yash

A Coulomb equals 6 × 10^8 electrons.

Static electricity occurs only between conductors.

An ammeter measures current in amperes.

A voltmeter is connected in series to measure current.

In a series circuit, the current varies between components.

Conductors allow electric charge to flow, while insulators hinder movement.

In a parallel circuit the current is the same in every branch.

Current always flows from negative to positive.

Voltage and current are inversely proportional for a fixed resistance.

A voltmeter measures voltage (potential difference) in volts.

A resistor is a device that increases resistance to current flow.

Ohm's law states V = I × R.

In metals, the valence electrons are free to move, making them good conductors.

A resistor cannot be made of metal.

In a series circuit, the current is the same through all components.

In parallel circuits, the voltage across each branch is the same.

Density of a metal determines its conductivity; denser metals always conduct better.

The ammeter measures voltage.

Ground is always a conductor with zero resistance.

An insulator can never conduct electricity under any condition.

Voltage is the same as current.

Ohm's law is V = I^2 R.

Static electricity never involves rubbing.

A capacitor allows direct current to pass through indefinitely.

Current is the rate of flow of electrons only.