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Jean-Yves Harnois has written: 'Hard kaon low energy theorems for kaon-nucleon scattering' -- subject(s): Particles (Nuclear physics), Physics Theses, Scattering (Physics), Mesons
Atom has got a hard material packed at its centre, called nucleus. Its dimension is some 10,000 times smaller than that of the atom itself. If the branch of physics, deals with the nucleus and its constituents such as proton and neutron, then that branch is called as nuclear physics. In case of atomic physics, another branch in physics, which deals only with the electrons going around the nucleus of the atom. Their energy and the radiation produced due to the transition of electrons in various energy levels are dealt with in this branch atomic physics.
Nobelium has no uses, it is only for research.
There are no practical uses for this synthetic trans-uranium element. It is really hard to make, and it decays in a matter of minutes, or milliseconds, depending on the isotope.
Well you have to have enough physics and maths knowledge to start a bachelors honors degree in physics at a good university, after that it's up to you. Not everyone is a Oppenheimer or Fermi, as in any field some people are brilliant and lead the way, whilst others follow. But good maths is important.
Nothing is hard if you take interest in it.
Hard work
Calculus will help but there is more to physics than just that.
It is theoretically possible. It is hard to imagine, given the amount of evidence in the case, that the defense did have time to truly properly prepare for trial. However, if the verdicts were overturned for that reason, it does not mean he would walk, it would just mean he would get a new trial after the defense did have time to properly prepare.
Usually not.
very hard
That is hard to say for sure, but probably those who are both lucky and prepared. You can't control if you are lucky and most people either don't know how to prepare or could not anyway for many reasons.