Examples of using Protons in English and their translations into Indonesian
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Ecclesiastic
A protons has a relative mass of 1.
He named such particles protons.
Boron's atomic number is 5, it has 5 protons.
Rutherford discovered protons and the nucleus.
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Iron has an atomic number of 26 because it has 26 protons.
Earnest Rutherford discovered protons and the nucleus in 1911.
It can be produced by artificially bombarding thorium with protons.
The element has 113 protons in its nucleus.
It can also be made artificially by bombarding thorium with protons.
All of these are ultimately made up of protons, neutrons and electrons.
All the protons in the nucleus have positive charges and they repel each other because of the electro-magnetic force.
We really are just fusing the protons together to make the new element.".
Until 1932, it was thought that the nucleus only consisted of protons and electrons.
When it does, its electrons will outnumber its protons by one, and it will have an overall negative charge.
These protons can easily be released on account of the high polarity of the bond between H atom and the remainder of the molecule.
The nucleus of a radium-226 atom consists of 88 protons and 138 neutrons.
Free protons do not exist in solution, and there must be a proton acceptor(base) before a proton donor(acid) will release its proton.
First of all you have to know, what's happening is protons are colliding together.
The proton(p+) has a positive charge, and the neutron(n0) has no charge; thus,the positive charge of the nucleus results from its protons.
But the reality is that these hydrogen protons don't exist in water on their own.
In Zeise's anion,this rotational barrier cannot be assessed by NMR spectroscopy because all four protons are equivalent.
Physics tells us that stable solar systems, atoms, and protons can probably only exist in our four dimensional universe.
For example, the sodium cation is written as Na+,the'+' indicating that it has one less electron than it has protons.
Therefore, when another compound is measured, the resonances of its protons are reported in terms of how far they are shifted from those of TMS.
The number of protons and neutrons in the atomic nucleus can be modified, although this can require very high energies because of the strong force.
At the Large Hadron Collider in Geneva, physicists shoot protons around a 17-mile track and smash them together at nearly the speed of light.
Electrons and protons of an atom are equal in number, because positively charged protons and negatively charged electrons always balance each other.
Scientists there have been smashing protons together at near-light speeds, hoping to produce clear signs of the mysterious boson.