Tension
Steel
This is the way we describe the ductility of metals. A ductile metal can be "pulled" (called "drawing" by the industry) and made into wire, or rolled and turned into foil. Copper is drawn into wire and aluminum is rolled into foil, and both metals will stand up to the processes because they have the physical property of ductility. Look below for links.
After you stroke a tuning fork, all the particles move back and forth. If you play a piano, particles of the wire move back and forth.
the electrons in the wire begin to flow
Heat is created. Without the proper protection of over current devices on the circuit this heat can reach temperatures high enough to melt the insulation on the wire. High voltage on a very small wire will vaporize it and all that will be left is copper particles.
yes
Steel
If you stretch a wire, it would become longer, and therefore thinner. The cross sectional area will decrease and so the resistance will increase. in the real world, if it's stranded wire, the strands will likely break. Solid wire would not stretch evenly, and in either case insulation will tear, so I wouldn't recommend stretching a wire.
increases
This is the way we describe the ductility of metals. A ductile metal can be "pulled" (called "drawing" by the industry) and made into wire, or rolled and turned into foil. Copper is drawn into wire and aluminum is rolled into foil, and both metals will stand up to the processes because they have the physical property of ductility. Look below for links.
Ductility is a measure of how easy it is to stretch a metal into a wire.
A multi-wire chamber (or just wire chamber) is a type of proportional counter that detects charged particles and photons, by means of gaseous ionization detection of particles of ionizing radiation.
An ounce of gold can be stretched into a wire 80km (50miles) long or beaten into a sheet covering 9 square metres.
After you stroke a tuning fork, all the particles move back and forth. If you play a piano, particles of the wire move back and forth.
the electrons in the wire begin to flow
In a metal wire electrons go and go and go! when conducting electric current.
no,as convection can never occur in solids[they allow only conduction].In a solid ,the particles[molecules] are closely packed together so then the cannot allow movement which is required in convection