Electric Circuits: Series & Parallel

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Basics of circuits

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Isabella Tejedor

Panamá

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Froggy Jumps Electric Circuits: Series & ParallelVersión en línea Basics of circuits por Isabella Tejedor 1 In a series circuit, what happens to the current when more bulbs are added? a The current stays the same through all components b The current increases c The current decreases at each bulb 2 In a parallel circuit, how does the voltage across each branch behave? a It is the same across every branch b It is zero for all but one branch c It is different for each branch 3 Which statement is true for series circuits using bulbs? a Adding bulbs usually makes the total brightness dimmer b Total brightness stays the same regardless of bulbs c Bulbs in series become brighter with more bulbs 4 What happens to the total resistance when you add more resistors in series? a Total resistance increases b Total resistance decreases c Total resistance stays the same 5 In a parallel circuit, if one bulb goes out, what happens to the others? a All bulbs go out b The other bulbs stay lit c All bulbs become brighter 6 Which circuit type often keeps the same brightness if one branch fails? a Series circuit b Open circuit c Parallel circuit 7 Which statement describes voltage in a series circuit with equal bulbs? a Voltage is divided equally among the bulbs b Voltage concentrates on the first bulb c Voltage remains the same for each bulb as in parallel 8 Which diagram best represents a single loop with all components in line? a Series circuit diagram b Parallel circuit diagram c Open circuit diagram 9 If three bulbs are in parallel and one is removed, what happens to the others’ brightness? a They all brighten b The others remain the same brightness c They all dim 10 What is the key difference between series and parallel circuits for current paths? a Parallel has no current flow b Series has one path; parallel has multiple paths c Both have one path

Froggy Jumps

Electric Circuits: Series & ParallelVersión en línea

Basics of circuits

por Isabella Tejedor

In a series circuit, what happens to the current when more bulbs are added?

The current stays the same through all components

The current increases

The current decreases at each bulb

In a parallel circuit, how does the voltage across each branch behave?

It is the same across every branch

It is zero for all but one branch

It is different for each branch

Which statement is true for series circuits using bulbs?

Adding bulbs usually makes the total brightness dimmer

Total brightness stays the same regardless of bulbs

Bulbs in series become brighter with more bulbs

What happens to the total resistance when you add more resistors in series?

Total resistance increases

Total resistance decreases

Total resistance stays the same

In a parallel circuit, if one bulb goes out, what happens to the others?

All bulbs go out

The other bulbs stay lit

All bulbs become brighter

Which circuit type often keeps the same brightness if one branch fails?

Series circuit

Open circuit

Parallel circuit

Which statement describes voltage in a series circuit with equal bulbs?

Voltage is divided equally among the bulbs

Voltage concentrates on the first bulb

Voltage remains the same for each bulb as in parallel

Which diagram best represents a single loop with all components in line?

Series circuit diagram

Parallel circuit diagram

Open circuit diagram

If three bulbs are in parallel and one is removed, what happens to the others’ brightness?

They all brighten

The others remain the same brightness

They all dim

What is the key difference between series and parallel circuits for current paths?

Parallel has no current flow

Series has one path; parallel has multiple paths

Both have one path

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Electric Circuits: Series & Parallel

Froggy Jumps

Sobre esta actividad

Creada por

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Electric Circuits: Series & ParallelVersión en línea

por Isabella Tejedor

In a series circuit, what happens to the current when more bulbs are added?

In a parallel circuit, how does the voltage across each branch behave?

Which statement is true for series circuits using bulbs?

What happens to the total resistance when you add more resistors in series?

In a parallel circuit, if one bulb goes out, what happens to the others?

Which circuit type often keeps the same brightness if one branch fails?

Which statement describes voltage in a series circuit with equal bulbs?

Which diagram best represents a single loop with all components in line?

If three bulbs are in parallel and one is removed, what happens to the others’ brightness?

What is the key difference between series and parallel circuits for current paths?