wut is the chemical symbol for the ion with 95 protons and 89 electrons?
971336
If it has an atomic number of 95, it has to be Am (americium). If it has 89e-, its charge is 95-89 = 6+\n\nTherefore the chemical symobl is\nAm6+\n\n(The 6+ is a superscript)
43551
Most professional papers that I read refer to it as just water ion (in its charged form).  This a water molecule with an over-all positive charge.  I do not believe that its structure is known, but I could be wrong about this.\nSee example reference below:
740901
You need to split the ionic compounds apart to find the individual ions you would find in these structures.\n\nMgO would produce Mg^2+ & O^2- ions.\n\nK2S would produce K^+ & S^2- ions.\n\nYou can find the charge values directly from the periodic table trends for the charges atoms assume when they are ionized.
820564
Sodium has an Atomic Number of 11 and an Mass Number of 23 \n\nThis means an atom of Sodium has 11 Protons and therefore 11 electrons. \n\nSince the number of Protons + Neutrons is 23 and there are 11 Protons there must be 12 Neutrons
890221
33 (also 33 electrons and this is the atomic number too)
969429
92 protons and 92 electrons\nIsotopes have a different number of electrons
864891
The isotopic notation is just the mass number (proton + neutron) before the chemical symbol. Since copper has an atomic number of 29 then the isotopic notation respectively, \n63Cu\n\n65Cu
775515
Number of Protons/Electrons: 13 \nNumber of Neutrons: 14
1133019
There are a lot of sites that have info.  Search for "formula writing polyatomic ions".\nIf you have a list of polyatomic ions like "SO4", "SO3", "PO4", etc. you will see that they have specific charges associated with them.  SO4 and SO3 both have a negative 2 charge.  Hydrogen has a +1 charge.  A compound must be neutral so you need 2 H to pair with one SO4.  +2-2=0.\nPO4 has a negative 3 charge, so you'd need 3 H+ to offset the 3 negatives.  H3PO4.\n\nAs far as naming them, search for "naming chemical compounds"  The examples you are asking about are actually acids, so you might need to look up "naming acids".
844991
Potassium is number 19. That means it has 19 protons. If it is an atom and not an ion, it has the same nimber of electrons as protons. Since protons are positive + and electrons are negative - , they have to balance. You find the neutrons by subtracting the atomic number from the atomic mass, since both the protons and neutrons weigh 1 and make up the mass. The electrons in the energy levels can move to another atom in compound formation.(ions)
808063
I believe it's 34. Each chlorine atom has 17 electrons. Since they're both non-metals, they form a covalent bond, inother words instead of losing and gaining atoms, the two chlorine atoms share their extra electron so both can have a stable octet. Just remember: metal & non-metal=ionic bond \nnon-metal & non-metal=colvalent bond
365377
atomic number represents the number of protons or electrons in an atom
906701
This is a given one, really... Its on your periodic table. The atomic number of chlorine or Cl is 17 meaning  a STABLE atom of chlorins has 17 protons, 17 neutrons and 17 electrons.\nThe atomic mass of chlorine is also on your chart: 35.453\nTake your 17 protons(positive particles) and 17 neutrons (neutral particles) you get 34 (a stable Cl atom, because your 17 electrons are negative and balance out the 17 positive protons) \ncompare 35.453-34= 1.453 % are isotopes.\nIt can be positively charged (meaning it is an isotope with 17 neutrons and 18 protons with 17 electrons) you have more plus than minus.\n\n\nIf you are looking for an ion, that's a totally different story. Electrons are negatively charged. So if you lose an electron you have a positive ion) - +...Get it? \nREMEMBER IONS AND ISOTOPES ARE TOTALLY DIFFERENT THINGS.\nIf you want to find out more about ions ask in chemestry.\n\nNow study hard and good luck!
612067
The electron is 511KeV and a proton is 938 MeV. This makes the proton 1836 times as massive.
714340
look up the periodic table...duh
790001
It's definitely a proton.  Consider the configuration of a hydrogen atom:  it consists of one proton in its nucleus and one electron orbiting the nucleus.  If you remove the electron to make a hydrogen ion, what do you have left?
1089354
Whatever its atomic number is, would be the number of electrons. If it's an ion, then add for every negative value and subtract for every positive one.