Answer:
arge number of electrons free to move between the charged ions in the lattice.
Explanation:
The metallic bond occurs when an atom with few electrons is united in its last level, therefore the best way to decrease the total energy of the system is to lose all its electrons to remain with the configuration of a noble gas. The electrons that it loses cannot be acquired by other atoms since they all have few electrons, thus leaving a large number of electrons free to move between the charged ions in the lattice.
Some important characteristics emerge from this description of the metallic bond:
* It has many free electrons therefore its electrical conductivity is high
* As the charged ions are fixed, the material can be malleable, bent without breaking since the free electrons create the bond that keeps the system stable.
* As the electrons are free when heating a part of the material, these electrons acquire energy and rapidly propagate it to the other side, giving a high thermal conductivity
* As the temperature increases, the electrons acquire more kinetic energy, which is why there are more collisions between them and consequently the resistivity of the material increases.
U=0ms^-1
t=12s
a=-9.81ms^-1
v=?
from an equation,v=u+at
v=0+(-9.81)(12)
=-117.72ms^-1
There is a force of gravity acting downward on the object,
and no force acting upward on it.
Since the vertical forces on it are unbalanced, it accelerates
in the direction of the net vertical force, which is downward.
the answer is<u><em> 46 </em></u>because the year is 2047 and you was eighteen in 2019 so you was born in 2001
Answer:
There is nothing faster then light
Explanation:
