(B) Resistors are said to be connected in series when they are joined end-to-end such that the same amount of electric current flows through each resi

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When the current through each resistor is the same.

(B) Resistors are said to be connected in series when they are joined end-to-end such that the same amount of electric current flows through each resistor.In a series circuit,there is only one path for the current to flow,which ensures that the current remains constant throughout the circuit.

Class 10 Science Electricity Resistors in Series and Parallel

Easy

When do we say that the resistors are connected in series?

A
When the potential difference across each resistor is the same.
B
When the current through each resistor is the same.
C
When the total resistance is equal to the sum of individual resistances.
D
When the resistors are connected in parallel to each other.

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Class 10 Questions

Class 10

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Chapter

Electricity

Subtopic

Resistors in Series and Parallel

Study the following circuit and answer the following questions:
$(i)$ State the type of combination of the two resistors in the circuit.
$(ii)$ How much current would flow through:
$(a)$ $10 \, \Omega$ resistor and
$(b)$ $15 \, \Omega$ resistor?
$(iii)$ What would be the ammeter reading?

Medium

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Draw a schematic diagram of an electric circuit consisting of a battery of two cells each of $1.5\, V$,$5\, \Omega$,$10\, \Omega$ and $15\, \Omega$ resistors and a plug key,all connected in series.

Medium

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What is the equivalent resistance of a circuit when three resistors of $5 \Omega$,$10 \Omega$,and $30 \Omega$ are connected in parallel (in $\Omega$)?

Easy

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When three resistors of $5 \Omega$,$10 \Omega$,and $30 \Omega$ are connected in parallel in a circuit,what will be the equivalent resistance?

Easy

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What is the minimum resistance which can be made using five resistors each of $1/5\,\Omega$?

Medium

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When do we say that the resistors are connected in series?

Similar Questions

Study the following circuit and answer the following questions:$(i)$ State the type of combination of the two resistors in the circuit.$(ii)$ How much current would flow through:$(a)$ $10 \, \Omega$ resistor and$(b)$ $15 \, \Omega$ resistor?$(iii)$ What would be the ammeter reading?

Draw a schematic diagram of an electric circuit consisting of a battery of two cells each of $1.5\, V$,$5\, \Omega$,$10\, \Omega$ and $15\, \Omega$ resistors and a plug key,all connected in series.

What is the equivalent resistance of a circuit when three resistors of $5 \Omega$,$10 \Omega$,and $30 \Omega$ are connected in parallel (in $\Omega$)?

When three resistors of $5 \Omega$,$10 \Omega$,and $30 \Omega$ are connected in parallel in a circuit,what will be the equivalent resistance?

What is the minimum resistance which can be made using five resistors each of $1/5\,\Omega$?

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Study the following circuit and answer the following questions:
$(i)$ State the type of combination of the two resistors in the circuit.
$(ii)$ How much current would flow through:
$(a)$ $10 \, \Omega$ resistor and
$(b)$ $15 \, \Omega$ resistor?
$(iii)$ What would be the ammeter reading?