A magnet slides into a coil. What does the coil's meter show while the magnet moves?
A magnet moves through a coil, and the voltmeter across the coil reads 0.3 V. That 0.3 V is a voltage. But a voltage made this way has a name of its own.
The 0.3 V was generated by electromagnetic induction.
A voltage generated by electromagnetic induction is called an electromotive force, written EMF.
An EMF is a voltage. So an EMF is measured in volts (V), like any voltage.
The old name misleads: an EMF is not a force. It is a voltage.
While the magnet moves, there is an EMF of 0.3 V across the coil. When the magnet stops, the EMF is zero.
A meter across a coil reads 0.6 V while a magnet is pushed in. What name does this generated voltage have?
The 0.6 V was generated by electromagnetic induction.
A voltage generated by electromagnetic induction is called an electromotive force (EMF).
The 0.6 V is an EMF.
Which unit does a meter use to measure an EMF?
An EMF is a voltage.
A voltage is measured in volts.
The meter measures the EMF in volts (V).
Which unit is an EMF measured in?
Which of these is an EMF?
A magnet moving in a coil generates a voltage across the coil. What is this generated voltage called?
Which pairing of name and meaning is correct?
While a magnet moves through a coil, a voltmeter across the coil reads 0.25 V. Which statement about the 0.25 V is correct?
Which statement about an EMF is correct?