Ohm's Law - MCAT Physical

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Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

Question

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

Answer

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

Compare your answer with the correct one above

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Ohm's Law - MCAT Physical

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A battery supplies power to a circuit with a current of . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law: We are given the voltage and current, allowing us to solve for the resistance.

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$

A $\small 12V$ battery supplies power to a circuit with a current of $\small 16A$ . What is the resistance in this circuit?

To find resistance from voltage and current, we will need to use Ohm's law:

$R= \frac{V}{I}$

We are given the voltage and current, allowing us to solve for the resistance.

$R = \frac{12V}{16A} = 0.75\Omega$