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

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

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Why emf is greater than terminal potential difference during discharging?

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When discharging the terminal voltage of a battery can never be greater than the emf of the battery?

When discharging the terminal voltage of a battery can never be greater than the emf of the battery?
Answer : Correct! The terminal voltage of a battery **can never** be greater than its **electromotive force (emf)** during discharging. Here's why: 1. **Definition of emf**: The emf of a ... will always be slightly lower than the emf when the battery is supplying current, due to the internal resistance....

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Can the terminal voltage of a battery be greater than its emf?

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Can the terminal voltage of a battery be greater than the battery's emf?

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Why terminal potential of a cell (or a battery) is always less than its emf ?

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

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

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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 emf of a cell always greater than its terminal voltage?

Why is the emf of a cell always greater than its terminal voltage?
Answer : The electromotive force (emf) of a cell is always greater than its terminal voltage due to the internal resistance of the cell. Here's how it works: 1. **Emf (Electromotive Force):** This ... the circuit. That's why the emf is always greater than the terminal voltage in a practical situation....

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Why the emf of a cell is always greater than the terminal voltage?

Why the emf of a cell is always greater than the terminal voltage?
Answer : The electromotive force (emf) of a cell is always greater than its terminal voltage because of the **internal resistance** of the cell. Here's how it works: 1. **Emf**: This is the total ... of that energy is "lost" to the internal resistance of the cell, causing the terminal voltage to be lower....

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Why is the terminal voltage of a cell less than emf?

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Why the emf of a cell is greater than its terminal voltage?

Why the emf of a cell is greater than its terminal voltage?
Answer : The electromotive force (emf) of a cell is the maximum potential difference it can provide when no current is flowing through the circuit. On the other hand, the terminal voltage is the potential difference ... is flowing, there is no voltage drop, and the terminal voltage is equal to the emf....

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Why the emf of a cell is always greater than its terminal voltage?

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Why is emf always greater than terminal voltage?

Why is emf always greater than terminal voltage?
Answer : Electromotive force (emf) is the total voltage generated by a source like a battery or a generator, and terminal voltage is the actual voltage measured across the terminals of the source when it's ... the voltage is "lost" inside the power source due to its internal resistance when current flows....

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Why emf is always greater than its terminal voltage?

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Why is the terminal voltage always less than the emf?

Why is the terminal voltage always less than the emf?
Answer : The terminal voltage of a battery or power source is always less than its electromotive force (emf) due to internal resistance. Here's a simple explanation: 1. **Emf** is the maximum ... voltage drop across the internal resistance becomes larger, making the terminal voltage even lower than the emf....

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Why is terminal voltage less than emf?

Why is terminal voltage less than emf?
Answer : The terminal voltage of a battery or any power source is less than its electromotive force (emf) due to the internal resistance of the battery. Here's a simple explanation: 1. **EMF (Electromotive ... inside the battery. If there is no current (open circuit), the terminal voltage equals the EMF....

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

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

Is the potential difference across the terminals of a battery always less than the emf of the battery?
Answer : No, the potential difference across the terminals of a battery is not always less than its EMF (electromotive force). The relationship depends on whether there is any current flowing through the battery or ... , and less than the EMF when current flows due to the internal resistance of the battery....

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

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

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

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Why is terminal voltage sometimes less than the expected voltage of A battery?

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Why is terminal voltage sometimes less than the expected voltage of a battery?

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Why is the terminal voltage less than the electromotive force of the battery?

Why is the terminal voltage less than the electromotive force of the battery?
Answer : The terminal voltage of a battery is less than its electromotive force (emf) because of the internal resistance of the battery. Here's a simple breakdown: 1. **Electromotive Force (emf):** This ... providing current to a device), the voltage at its terminals will always be less than the emf value....

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Why the potential difference across the terminals of a cell is less than its emf when a current is drawn from it?

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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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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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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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In which case emf is less than terminal voltage?

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Is terminal voltage lower than emf?

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Why the emf of a cell is always greater than its terminal potential difference?

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 terminal potential is less than the emf of a cell?

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

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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