The circuit diagram below shows a 9.0 V battery in a circuit with three resistor labeled 1, 2 and 3. What is the voltage drop across resistor :

Question

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Answer 1

All the three resistors are connected in parallel with each other as well as the battery, thus voltage drop across each resistor is equal to the voltage of the battery i.e $9.0$ V

Answer 2

All the three resistors are connected in parallel with each other as well as the battery, thus voltage drop across each resistor is equal to the voltage of the battery i.e

9.0

V

The circuit diagram below shows a 9.0 V battery in a circuit with three resistor labeled 1, 2 and 3. What is the voltage drop across resistor :

3.0 V

9.0 V

27.0 V

81.0 V

It is impossible to determine the voltage drop without knowing the resistance value.

All the three resistors are connected in parallel with each other as well as the battery, thus voltage drop across each resistor is equal to the voltage of the battery i.e $9.0$ V

What are the voltage drops across each of the resistors in the circuit pictured below?

The circuit diagram below shows a $9.0 V$ battery in a circuit with three resistors, labeled $1, 2$ and $3$ .
What is the voltage drop across resistor $3$ ?

In above shown circuit, there are three resistor 3 $Ω$ , 6 $Ω$ and 4 $Ω$ . Resistor are connected as shown in figure. Find the voltage across the 4 $Ω$ resistor.

The circuit diagram below shows a $6.0 V$ battery in a circuit with three resistors, labeled $1, 2,$ and $3$ .
If each resistor has a resistance of $6.0 o h m s$ what is the rate at which energy is used by resistor $2$ ?

The circuit below shows six resistors in a circuit with a voltage source supplying a voltage, V.
Which table gives the correct voltage drops across resistor $6$ and resistor $3$ ?

Revise with Concepts

Combination of Cells in Series and Parallel

Combination of Cells - Problem L1

The circuit diagram below shows a 9.0 V battery in a circuit with three resistor labeled 1, 2 and 3. What is the voltage drop across resistor :

3.0 V

9.0 V

27.0 V

81.0 V

It is impossible to determine the voltage drop without knowing the resistance value.

All the three resistors are connected in parallel with each other as well as the battery, thus voltage drop across each resistor is equal to the voltage of the battery i.e 9.0 V

What are the voltage drops across each of the resistors in the circuit pictured below?

The circuit diagram below shows a 9.0 V battery in a circuit with three resistors, labeled 1,2 and 3. What is the voltage drop across resistor 3?

In above shown circuit, there are three resistor 3Ω, 6Ω and 4Ω. Resistor are connected as shown in figure. Find the voltage across the 4Ω resistor.

The circuit diagram below shows a 6.0 V battery in a circuit with three resistors, labeled 1,2, and 3. If each resistor has a resistance of 6.0 ohms what is the rate at which energy is used by resistor 2?

The circuit below shows six resistors in a circuit with a voltage source supplying a voltage, V. Which table gives the correct voltage drops across resistor 6 and resistor 3?

Revise with Concepts

Combination of Cells in Series and Parallel

Combination of Cells - Problem L1

All the three resistors are connected in parallel with each other as well as the battery, thus voltage drop across each resistor is equal to the voltage of the battery i.e $9.0$ V

The circuit diagram below shows a $9.0 V$ battery in a circuit with three resistors, labeled $1, 2$ and $3$ .
What is the voltage drop across resistor $3$ ?

In above shown circuit, there are three resistor 3 $Ω$ , 6 $Ω$ and 4 $Ω$ . Resistor are connected as shown in figure. Find the voltage across the 4 $Ω$ resistor.

The circuit diagram below shows a $6.0 V$ battery in a circuit with three resistors, labeled $1, 2,$ and $3$ .
If each resistor has a resistance of $6.0 o h m s$ what is the rate at which energy is used by resistor $2$ ?

The circuit below shows six resistors in a circuit with a voltage source supplying a voltage, V.
Which table gives the correct voltage drops across resistor $6$ and resistor $3$ ?