<Ul> <Li> Electricity </Li> <Li> Magnetism </Li> </Ul> <Tr> <Td> Electrostatics (show) <Ul> <Li> Electric charge </Li> <Li> Static electricity </Li> <Li> Electric field </Li> <Li> Conductor </Li> <Li> Insulator </Li> <Li> Triboelectricity </Li> <Li> Electrostatic discharge </Li> <Li> Induction </Li> <Li> Coulomb's law </Li> <Li> Gauss's law </Li> <Li> Electric flux / potential energy </Li> <Li> Electric dipole moment </Li> <Li> Polarization density </Li> </Ul> </Td> </Tr> <Ul> <Li> Electric charge </Li> <Li> Static electricity </Li> <Li> Electric field </Li> <Li> Conductor </Li> <Li> Insulator </Li> <Li> Triboelectricity </Li> <Li> Electrostatic discharge </Li> <Li> Induction </Li> <Li> Coulomb's law </Li> <Li> Gauss's law </Li> <Li> Electric flux / potential energy </Li> <Li> Electric dipole moment </Li> <Li> Polarization density </Li> </Ul> <Li> Coulomb's law </Li>

What is the resistance of an object a function of