Exam 4: Physics Capacitance, Magnetic Fields, and Circular Motion

Direction of conventional current is

Device used to store energy in electrical circuits is

Hall voltage is directly proportional to

Combined capacitance is equal to the

Total capacitance of 300 mF capacitor and a 600 mF in series is

When current is parallel to magnetic fields, force on conductor is

If the capacitors are connected in parallel, then the potential difference across each capacitor is

In Hall effect, voltage across probe is known as

Electric field strength related to hall voltage is given by

Energy stored in a 2000 mF capacitor charged to a potential difference of 10 V is

Force due to magnetic field and velocity is

Object moving along a circular path is

Hall probe is made up of

Angle through which an object has moved is called it's

Capacitor is fully charged if potential difference is equal to

According to the equation 'r =(mv)⁄(Be)', the faster moving particles

insulator which is placed between 2 plates of capacitor is

capacitance and charge on plates are

If charge stored on plates of capacitor is large, then capacitance will be

Force on a moving charge in a uniform magnetic field depends upon