They become slightly more stable with each decay until they become stable and stop decaying.
The larger nuclei are unstable and undergo the disintegration process to gain the stability they emit particles as the radio active rays. the largest stable nucleus is for 82Pb (Lead) so nuclei having atomic numbers higher than 82 are Radioactive.
Group 2A elements tend to GAIN electrons!!
Only relatively small black holes (radius is less than 1/10mm) evaporate. This is because they emit small amounts of thermal radiation. This radiation is energy. Energy is just another form of mass (E=mc^2) so it will eventually lose mass if it doesn't gain enough. Bigger black holes don't evaporate because they pull in more mass and energy than they emit. They pull in things such as stellar dust and background radiation.
Nonmetals gain electrons in chemical reactions.
Elements cannot be lost/gained: this is the law of mass conservation.
The horizontal rows of elements on the periodic table of elements. Periods gain one proton and one electron as you read the table from left to right.
yes. as long at the obj is above absolute 0, it has energy and hence will emit heat. whether there is a net heat gain or loss depends on the environment it is in. yes. as long at the obj is above absolute 0, it has energy and hence will emit heat. whether there is a net heat gain or loss depends on the environment it is in.
The larger nuclei are unstable and undergo the disintegration process to gain the stability they emit particles as the radio active rays. the largest stable nucleus is for 82Pb (Lead) so nuclei having atomic numbers higher than 82 are Radioactive.
Group 2A elements tend to GAIN electrons!!
There is no difference in the meaning of the word. It is essentially the same thing. There are just two differenct forms of the word. You're still dealing with radium, Uranium, americium, and other radioactive elements either way.
Only relatively small black holes (radius is less than 1/10mm) evaporate. This is because they emit small amounts of thermal radiation. This radiation is energy. Energy is just another form of mass (E=mc^2) so it will eventually lose mass if it doesn't gain enough. Bigger black holes don't evaporate because they pull in more mass and energy than they emit. They pull in things such as stellar dust and background radiation.
Yes
Nonmetals gain electrons in chemical reactions.
Non-metals gain electrons.
Electrons can absorb photons and gain energy, and they can emit photons and lose energy.
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H. V. Cottony has written: 'Gain patterns of hardened array antennas using dipoles as radiating elements' -- subject(s): Antennas, Antennas (Electronics), Shortwave radio, Radiation, Measurement