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How are the emf of a battery and its terminal potential difference related during charging?
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Under what condition the terminal potential difference across a battery and it's emf are equal?
Answer : The terminal potential difference across a battery and its EMF are equal under the condition **when there is no current flowing through the battery**. This happens when the battery is **open- ... will be less than the EMF due to the voltage drop across the internal resistance of the battery....

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Under which condition the terminal potential difference across a battery and its emf are equal?

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Why is the terminal voltage across A battery more than the emf during charging?

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Why is the terminal voltage across a battery more than the emf during charging?

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Why potential difference is greater than emf during charging?
Answer : During the charging process of a battery, the potential difference across the terminals of the battery can be greater than the electromotive force (EMF) of the battery. Here's why: 1. * ... resistance of the battery and the voltage present inside the battery, ensuring that the battery gets charged....

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When the terminal potential difference of a battery is equal to its emf?

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Can the terminal potential difference of a battery exceed its emf?

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Is the emf of a battery equal to its terminal potential difference?

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Under what circumstances the terminal potential difference of a battery exceeds its emf?
Answer : The terminal potential difference (V) of a battery can exceed its electromotive force (EMF, \( \mathcal{E} \)) under certain circumstances, specifically when the battery is being charged. Here' ... batteries, as the charging process can create a terminal voltage greater than the EMF of the battery....

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When the emf of a battery is equal to its terminal potential difference?

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When the emf of the battery is equal to its terminal potential difference?

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Why emf is greater than terminal potential difference during discharging?

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Under what condition the terminal potential difference across a battery and emf are equal?

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Why terminal potential of a cell (or a battery) is always less than its emf ?
Answer : The terminal potential (or terminal voltage) of a cell or battery is always less than its electromotive force (EMF) because of the internal resistance of the cell or battery. Here's a simple ... is always less than the EMF by an amount that depends on the current and the internal resistance....

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Why the emf of a cell is always greater than its terminal potential difference?
Answer : The electromotive force (emf) of a cell is always greater than its terminal potential difference due to the internal resistance of the cell. Let me explain this in simple terms: 1. * ... internal resistance causes a voltage drop, and the terminal potential difference becomes smaller than the emf....

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Why the terminal potential difference of a cell is always less than its emf?
Answer : The terminal potential difference of a cell is always less than its electromotive force (emf) because of the **internal resistance** of the cell. Here's how it works: 1. **Emf of a Cell** ... less than the emf because of the energy lost due to the internal resistance of the cell when current flows....

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Can the terminal potential difference of a cell exceed its emf?
Answer : No, the terminal potential difference (V) of a cell cannot exceed its electromotive force (emf, \( E \)). Here's why: - The **emf** of a cell is the maximum potential ... emf. The terminal potential difference can never exceed the emf because the internal resistance always causes a voltage drop....

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What is the difference between the terminal voltage of a battery and its emf?

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Under what circumstances can the terminal potential difference exceed its emf?

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Is the terminal potential difference always lower than the emf of A battery?

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Is the terminal potential difference always lower than the emf of a battery?

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Is the potential difference across the terminal of the battery always less than the emf?

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What happened in the battery to cause the terminal potential difference to be slightly less than the emf of the battery?

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Under what condition the terminal potential difference is greater than the emf of battery?

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Is the potential difference across the terminals of a battery always less than its emf?

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Can potential difference across terminals of a battery be greater than its emf?

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Can potential difference across the terminals of a battery be greater than its emf?

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What is the relationship between emf and terminal potential difference of a source?

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What is difference between emf and terminal potential difference of a cell?
Answer : The **electromotive force (emf)** and **terminal potential difference (TPD)** are both related to the voltage of a cell, but they are not the same thing. Here's the difference between them ... potential difference** is the "real" voltage you measure when the cell is actually powering a circuit....

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Can the potential difference across the terminals of the battery be equal to its emf?

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Why terminal voltage is greater than emf when battery is charging or discharging?

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What is the difference between terminal potential difference and emf?

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What is the relationship between terminal potential difference and EMF?
Answer : The **terminal potential difference** and **electromotive force (EMF)** are related concepts in electricity, particularly when discussing electrical sources like batteries or generators. Here's a simple ... voltage when current is flowing and depends on both the EMF and the internal resistance....

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What is the difference between emf and terminal potential difference?

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Which one is greater emf or terminal potential difference and why?
Answer : The **electromotive force (emf)** of a source is typically greater than the **terminal potential difference** (also called the terminal voltage) when there is a current flowing through the circuit. ### Here's ... \] So in this case, the terminal voltage is 10V, which is less than the emf of 12V....

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What is the difference between emf and terminal potential?
Answer : The difference between **EMF (Electromotive Force)** and **Terminal Potential** is quite important in understanding how electrical circuits work. 1. **EMF (Electromotive Force)**: - It ... ideal conditions, and the terminal voltage is what is *actually* available when the circuit is operating....

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What is the relationship between terminal potential difference and emf?

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Is the terminal potential difference of a cell equal to EMF?

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Why is the emf of a cell greater than the terminal potential difference when the cell is used to supply current to an external resist?

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Under what condition is the emf of a cell less than the terminal potential difference?
Answer : The electromotive force (emf) of a cell is less than the terminal potential difference (V) when there is a **current flowing through the circuit** and the cell has some internal resistance ... resistance causes a voltage drop within the cell, reducing the terminal voltage compared to the emf....

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Is the terminal potential difference of a cell equal to emf?
Answer : The **terminal potential difference** of a cell is *not always* equal to its **emf (electromotive force)**, although they are related. Here's the difference: 1. **Emf ( ... the terminal potential difference is what you measure across the terminals when the cell is actually supplying current....

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Why terminal potential difference is less than the emf of a cell?

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Is terminal potential difference equal to the emf of a cell justify your answer?

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Why is there a difference between the terminal voltage of a battery and the emf of that battery?

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What is the difference between terminal voltage of a battery and emf?

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Why terminal potential difference is less than the emf of the cell?

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Why is terminal potential difference always less than emf of the cell?

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Is the terminal potential difference equal to the emf?
Answer : The terminal potential difference is **not necessarily equal to the EMF** (electromotive force) of a source, though they are related. Here's the difference: 1. **EMF (Electromotive Force)** is ... is less than the EMF due to the voltage drop caused by the internal resistance of the power source....

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Under what condition is emf equal to terminal potential difference?
Answer : The electromotive force (emf) is equal to the terminal potential difference of a circuit when there is no current flowing through the circuit. This condition occurs when the circuit is open, ... is no voltage drop across the internal resistance, and the terminal potential difference equals the emf....

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Is terminal potential difference is greater than emf?

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