For a closed loop, this quantity can be found by taking the line integral of the Lorentz force per unitcharge. For an electrochemical cell, this quantity is equal to the negative change in Gibbs free energy overnumber of moles of electrons times Faraday's constant. This quantity is generated when two dissimilarmetals are joined together in the Seebeck effect. For a wound coil of wire, this quantity is equal to thenumber of coils times the time derivative of magnetic flux in a single coil by Faraday's law of induction.For 10 points, name this quantity usually denoted with a script "e" that is d
For a closed loop, this quantity can be found by taking the line integral of the Lorentz force per unitcharge. For an electrochemical cell, this quantity is equal to the negative change in Gibbs free energy overnumber of moles of electrons times Faraday's constant. This quantity is generated when two dissimilarmetals are joined together in the Seebeck effect. For a wound coil of wire, this quantity is equal to thenumber of coils times the time derivative of magnetic flux in a single coil by Faraday's law of induction.For 10 points, name this quantity usually denoted with a script "e" that is defined as the work per unitcharge required to produce an electric potential difference.
For a closed loop, this quantity can be found by taking the line integral of the Lorentz force per unitcharge.
emf [or electromotive force; or voltage; prompt on electromotive work per unit charge; prompt on cell potential]