Electromagnetic
Force<span> <span>This is the force
which exists between all particles which have an electric charge. For example,
electrons (negative charge) bind with nucleus of an atom, due to the presence
of protons (positive charge). The force is long range, in principle extending
over infinite distance. </span></span>
The Weak Force<span> <span>This force
is responsible for nuclear </span>beta<span> decay
and other similar decay processes involving fundamental particles. The range of
this force is smaller than 1 fm and is 10</span></span>-7<span> weaker than the strong force.</span>
The electromagnetic force is the force that acts between objects with electrical charge, while the weak force is the force responsible for the decay of some particles.
While the electromagnetic force has an infinite range, the weak force has an extremely small range, approximately .
Another important difference between the two forces is their relative force: while the electromagnetic interaction is the strongest of all four forces (relative strength: 1), the weak interaction is much more weak (relative strength compared to the electromagnetic force: , so it is times weaker than the electromagnetic force.
The rain gets evaporated in to water vapor and is returned to the clouds where they go through condensation and then they poud down as rain or A.K.A, Precipitation.
I'm assuming this is a true or false question. if u get the same results after each repeated trial that is the only time a hypothesis can be used to support evidence
Calcium chloride in an ionic compound. The calcium atom loses two electrons, and each chlorine atom gains one electron, to form a full outer shell of electrons.
