Untripentium
If you think to stable isotope Ca-135 this have 80 neutrons.
Uranium has 92 protons and 92 electrons as its atomic number is 92. In U-227, there are 135 neutrons (227 - 92 = 135)
== The element bismuth has 83 protons. That's its atomic number. Remember that it's the number of protons in an element that determines the atomic number of that element. All atoms of bismuth have 83 protons. As to neutrons, the number of neutrons in bismuth atoms can vary. These other "flavors" of bismuth are its isotopes, and the numbers of neutrons in bismuth range from 101 to 135. It is bismuth-209 with 126 neutrons that represents all the natural bismuth we find. The rest of the isotopes are intentionally synthesized or created "incidentally" in nuclear reactions - like those in nuclear reactors, to cite one example. Links can be found below for more information. === ===
Atomic Number: It is an experimentally determined number characteristic of a chemical element that represents the number of protons in the nucleus which in a neutral atom equals the number of electrons outside the nucleus. Therefore, a neutral atom of Pb (lead) would have 82 protons and 82 electrons.
This is a generic name for a 'pin joint' and is made from aluminum or any other element, in some cases the rivet not solid depends on the alloy. Sometime you get soft aluminum etc.US Air Force Use:Rivet Joint is the name given to the V and W variants of the RC-135 which is a signal intelligence aircraft in use by the US Air Force.
The atomic number of iodine is 53. So there are 53 protons and 53 electrons. For I-135 isotope, there are 82 neutrons (135 - 53 = 82)
If you think to stable isotope Ca-135 this have 80 neutrons.
Uranium has 92 protons and 92 electrons as its atomic number is 92. In U-227, there are 135 neutrons (227 - 92 = 135)
== The element bismuth has 83 protons. That's its atomic number. Remember that it's the number of protons in an element that determines the atomic number of that element. All atoms of bismuth have 83 protons. As to neutrons, the number of neutrons in bismuth atoms can vary. These other "flavors" of bismuth are its isotopes, and the numbers of neutrons in bismuth range from 101 to 135. It is bismuth-209 with 126 neutrons that represents all the natural bismuth we find. The rest of the isotopes are intentionally synthesized or created "incidentally" in nuclear reactions - like those in nuclear reactors, to cite one example. Links can be found below for more information. === ===
Only if it loses two neutrons
135 pounds, but solid
Platinum is a metal element. Atomic mass of it is 195.08.
You have to look at the proton count. U-235 has 92 p and 143 n. Iodine-135 is an unstable isotope that decays to Xe-135 with half life 6.5 hours, I has 53 p and therefore I-135 has 82 n, whilst Yttrium has 39 p and therefore Y-97 has 58 n. (All isotopes of a particular element have the same number of protons, only the neutron count varies). Therefore as you suggest, the proton count is preserved, 53 + 39 = 92. However counting neutrons, we have 143 to start and 82 + 58 = 140 after the fission, so 3 must have been emitted. In fact the average neutron emission from U-235 is about 2.5 per fission, because some routes give 3 and some give 2.
Barium, or Ba, has an atomic number of 56, which means it has 56 protons and 56 electrons (if it is neutral). Its atomic weight is 137.33, which means it has a total of 137.33 neutrons AND protons put together. It has 81 neutrons (137 minus 56).
Cobalt is a meta element. Atomic mass of it is 59.
Atomic Number: It is an experimentally determined number characteristic of a chemical element that represents the number of protons in the nucleus which in a neutral atom equals the number of electrons outside the nucleus. Therefore, a neutral atom of Pb (lead) would have 82 protons and 82 electrons.
135- 135- 135- 135-