They are put in paint to strengthen vehicles or sometimes used in nanometer sized electronics.
The stronger the base, the less electrical conductivity.
Because ions are a whole 1+ or 2-, whereas dipoles are "a little bit (-) or a little bir (+)." So the stronger the charge, the stronger the attraction for the opposite charge.And that an Ion has a much bigger electrical charge there fore it attracts with more strenght than a dipole.
I am not quite sure what you mean with "not connected"; the electron is attracted, via the electrical force, to the nucleus. This is the "connection" that keeps it there - as long as there is no stronger force to pull it away.
It is stronger.
Ares is stronger in muscles, Apollo is stronger in looks.
It depends on the structure.
Carbon nanotubes are cylindrical shaped tubes made up of long carbon chains of the thickness of 1 billion of a meter. Their length can expand to as much as several centimetes. The physical properties of carbon nanotube such as about 60 times stronger than steel makes them ideal material in the various field. applications still under research but have wide applications in electrical components ,robotics, mechanical engg etc.
An electrical double wrapped cross joint is just like an ordinary cross joint but double wrapped with electrical tape. It is used where two tap conductors need to extend away from the branch conductor in the opposite direction and is stronger than the ordinary cross joint.
Metals are conductors of heat and therefore get "hotter faster."
Electrical force is stronger because it acts in all directions, whereas gravity is directed only downward.
it depends on the conductors properties.The more metallic elements, the more stronger it is
electrical eel is not stronger then a snake since the snake is a posinious so no
chemicals weaker and electrical is stronger bei :D
Electrical forces.
The stronger the base, the less electrical conductivity.
... the gravitational force between them, and the electrical force if the objects are charged.
Copper is an excellent conductor, ductile (can be drawn easily), and reasonably economical. For bare conductors, copper oxidises and the oxide coating prevents further corrosion. While it is heavier than aluminum, it is stronger. The alternative, aluminium, is cheaper than copper, but not as good a conductor. Aluminium is lighter, but weaker, and aluminium transmission lines require a steel-core for strength. Aluminium conductors suffer from 'cold flow', which means that aluminium conductors secured with screw terminals tend to work loose over time. Copper doesn't do this, so copper is preferred for residential/commercial electrical wiring systems.