Faraday & Maxwell

The induced electromotive force is equal to the ....

• +ve time rate of change of magnetic field

• -ve time rate of change of magnetic field density

• -ve time rate of change of magnetic flux

Also, the induced voltage is equal to the closed integral of ....

• the electric field intensity (dot) the differential length

• the magnetic field density (dot) the differential length

• time rate of change of magnetic flux

• the magnetic field density (dot) the differential surface area

The unit of measurement for any induced electromotive force is ...

For any complex number, the polar form consists of ...

• magnitude & exponential of the angle

• magnitude & angle

• real & angle

• real & imaginary

For any complex number, the rectangular form consists of ...

• magnitude & exponential of the angle

• magnitude & angle

• real & angle

• real & imaginary

For any complex number, the phasor form consists of ...

• magnitude & exponential of the angle

• magnitude & angle

• real & angle

• real & imaginary

One of Maxwell's equations states that: the curl of the electric field intensity is equal to ....

• -ve the partial derivative of the magnetic field intensity

• +ve the partial derivative of the magnetic field density

• -ve the partial derivative of the magnetic field density

• +ve the partial derivative of the magnetic field intensity

One of Maxwell's equations states that: the curl of the magnetic field intensity is equal to ....

• both of conduction & displacement current densities

• current density

• both of the conduction & dielectric currents