What people are saying - Write a review
We haven't found any reviews in the usual places.
MOTION OF CHARGES IN ELECTRIC FIELDS
4 other sections not shown
accelerated amount of charge atoms battery beam becomes cancel capacitance cathode-ray tube charge placed charge Q charged object circuit closed surface coil condenser conducting sphere conductor coulomb Coulomb's law defined depends dielectric constant direction distance elec electric and magnetic electric charge electric current electric field intensity electric potential electrical energy electrical force electrical phenomena electromagnetic induction electromagnetic waves electromotive force electrons electroscope electrostatic equal equation equipotential experiment external fact Faraday Faraday's force exerted frequency Gauss given gravitational field induced charge inside insulators magnetic field magnetic induction mass material measured medium metal mole molecules motion move negative charge Ohm's law ohms oscillating outward flux pail parallel plane plates potential difference potential energy produced protons radiation radius resistance result right angles sodium solution space speed surrounding tion tube unit of charge unit positive charge vacuum velocity voltaic cell volts wavelength wire zero zinc