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?
Why is the emf of a battery always slightly higher than the potential difference that it can provide to an electric circuit?
Why the potential difference of a source of electric current is always less than its emf?
Why the emf of a cell is always greater than its terminal potential difference?
Why terminal potential difference is less than the emf of the cell?
Why is the emf of a battery always slightly higher than the potential difference?
Why is potential difference equal to EMF?
Why is the EMF of a cell always greater than the potential difference?
Why potential difference is less than emf?
Which one is greater emf or terminal potential difference and why?
Why is the potential difference always less than emf in a closed circuit?
Why potential difference is greater than emf during charging?
Why the terminal potential difference of a cell is always less than its emf?
Why terminal potential difference is less than the emf of a cell? Answer : The terminal potential difference of a cell is less than its electromotive force (EMF) due to the internal resistance of the cell. Here's why: 1. **EMF of the Cell**: The EMF is ... the voltage drop inside the cell, and therefore, the smaller the terminal potential difference compared to the EMF....
Why emf is always greater than terminal potential difference?
Why potential difference is always less than emf in a closed circuit?
Why the potential difference across the terminals of a cell is less than its emf when a current is drawn from it?
Why emf is greater than terminal potential difference during discharging?
Why is terminal potential difference always less than emf of the cell?
What are the potential risks of not using an MCB?
What is the difference between electromotive force (EMF) and potential difference?
What is the difference between terminal potential difference and emf? Answer : The difference between **terminal potential difference** and **electromotive force (emf)** lies mainly in where the voltage is measured and the conditions under which each is observed: 1. ** ... because some voltage is lost inside the source due to its internal resistance when current is flowing....
Is the terminal potential difference equal to the emf?
What is the difference between emf and electrode potential?
Under what condition is emf equal to terminal potential difference?
Is potential difference always greater than emf?
Is emf equal to potential difference?
Is terminal potential difference is greater than emf?
Is the potential difference across the terminals of a battery always less than its emf?
Can emf be greater than potential difference?
What is the relationship between potential difference and EMF?
When the terminal potential difference of a battery is equal to its emf?
What is the relationship between terminal potential difference and EMF?
Which is greater emf or terminal potential difference?
Is the potential difference across the terminals of a battery always less than the emf of the battery?
Can the terminal potential difference of a battery exceed its emf?
What is EMF and potential difference?
Under what condition the terminal potential difference across a battery and it's emf are equal?
Can potential difference across terminals of a battery be greater than its emf?
Is the terminal potential difference of a cell equal to EMF?
Is potential difference across the terminals of a battery always less than the emf of the battery?
What is the difference between emf and terminal potential difference?
Is the terminal potential difference always lower than the emf of A battery?
Is the electromotive force emf the maximum potential difference between the terminals of the battery?
Under what circumstances can the terminal potential difference exceed its emf?
Is the potential difference across the terminal of the battery always less than the emf?
Can the potential difference across the terminals of the battery be equal to its emf?
What is the relationship between emf and terminal potential difference of a source?
What is the difference between emf and terminal potential?
Under what condition the terminal potential difference across a battery and emf are equal? Answer : The terminal potential difference across a battery and its electromotive force (emf) are equal when **no current is flowing through the battery**. This happens when the battery is **open-circuited**, ... a voltage drop, and the terminal potential difference will be less than the emf of the battery....
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