When compared to strong nuclear force gravitational force is
2 answers:
Answer:
A. weaker;it is related to mass
Explanation:
Nuclear force is a fundamental force which act at small distance range. Its range of distance work for fermi order distances which means for the range of radius of nuclei this force will work.
It is the strongest force among all fundamental forces and only depends on the distance between two nuclei. If distance range is more than fermi order range then the nuclear force will be zero.
While gravitational force between two objects depends on mass as well as distance of two objects and given by formula
as compare to all other fundamental forces this gravitational force is the weakest force among all.
So here correct answer will be
A. weaker;it is related to mass
You might be interested in
Enclosed is some guidance algebra.I find this q a little confusing. It quotes "RC" which usually makes me think of electrical circuits and time constants based on converting calculating RC value and equating that to t for one time constant then 2RC for two time constants etc. The theory being that after 5 time constants - 5RC - a circuit is stable. BUT, this q then goes on to mention HALF LIFE. The curves for both half life and time constant are both exponential, as in the number e to the power of something, but the algebra is slightly different. I hope my algebra is ok.
