No, whenever an atom emits a positron its atomic number is decreases by one unit (because a proton is converted into a neutron and a positron) but Atomic Mass remains the same so phosphorus is converted into silicon atom with same atomic mass.
Phosphorus has an electron configuration of 1s2 2s2 2p6 3s2 3p3. Another way to write that is [Ne] 3s2 3p3. The [Ne] represents the fact that the beginning of phosphorus' electron configuration is the same as Neon's.
Answerelements with a nonstable isotope or at least one naturally occurring isotope that is radioactive. AnswerAll elements have radioactive isotopes.There are a lot of radioactive elements: Technetium, Promethium, Polonium, Astatine, Radon, Francium...Here is the whole list: http://periodictable.com/Elements/Radioactive
A property of that element. An unstable element. A radioactive element
transmutation, neutrons
There are only 2 ways that can happen, fission or fusion. Fusion is when two atoms combine to become a larger atom (almost exclusively two hydrogen atoms becoming 1 helium atom). Fission is much more common and is present in all radioactive elements.
Since the positron is the antiparticle of the electron, it follows that the electron is the antiparticle of the positron.
An antielectron is another name for a positron.
radioactive decay
Radioisotopes are "radioactive isotopes"; they are not stable. Radioactive atoms will decay, or break apart into other atoms, by emitting an electron, or a neutron or a positron or an alpha particle (2 protons and two neutrons). The rate at which this happens is measured by the "half-life"; after one half-life, half of the atoms will have decayed. After another half-life, half of the remaining atoms will have decayed. Atoms with short half-lives are highly radioactive, and can be fairly dangerous. Atoms with long half-lives are only slightly radioactive, and aren't all that dangerous.
matches
Yes. A radioactive atom is a radioactive atom. If that atom exists as a single atom and is uncombined and it is radioactive, it's radioactive. If that same atom is chemically combined with another or other atoms, it's still radioactive. It's just that simple.
It emits an electron and an antineutrino and increases by one in atomic number while ending up with one fewer neutrons, or it emits a positron and a neutrino and decreases by one in atomic number while ending up with one more neutron. In both cases the total number of protons and neutrons remains unchanged, and the number of orbital electrons will eventually change to match the new atomic number.
You make ATP after you "break" the phosphorus group off and produce ADP. You can add another phosphorus group to ADP producing then another ATP.
In this reaction we see an isotope of phosphorus,28P, undergo beta plus decay. In beta plus decay, a proton in the nucleus of an atom undergoes a transformation wherein an up quark becomes a down quark. This event, mediated by the weak nuclear force (or weak interaction), results in the proton becoming a neutron. When this happens, the atom changes from one element to another element in a process called transmutation. Here we see phosphorus become silicon, and the equation might look like this: 1528P => 1428Si + e+ + ve In this beta plus decay event, we see the phosphorus-28 atom transforming into a silicon-28 atom, and we see the positron (e+) and the neutrino (ve) kicked out of the nucleus on the back side of the event. Some links are provided below for extra investigation.
When a radioactive element slowly turns into another element/s when it emits various particles.
Carbon Dating
I don't believe there is another name for Phosphorus, but it can be spelled: PhosphorousActually, phosphorus and phosphorous are different things. Phosphorous is the adjectival form of P3+ valence, like how sulfur forms sulfurous and sulfuric compounds, its the same with phosphorus. It forms phosphorous compounds.