the atomic number of any element is the number of protons in its nucleus, so in this case, 31, Gallium
Rubidium (symbol = Rb)
37 protons
Rubidium has 37 electrons and protons; the number of neutrons is specific for each isotope. Number of neutrons in a rubidium isotope = Mass number - 37
It depends on what its state is. If it is elemental, it has 17 electrons, regardless of electrons. Only if it is elemental and its electron configuration is [Ne] 3s2 3p5. If it is ionic it depends. For example, if its configuration is [Ne] 3s2 3p4 (highly unlikely) it has 16 electrons. For example, if it was ionic like [Ne] 3s2 3p6 it has 18 electrons, like argon since it would be happy.
The stable isotope of Iodine is 127 atomic weight and atomic number 53. So it has 53 protons and thus also 53 electrons (to balance the positive charge of the protons) . It has 127-53 = 74 neutrons.
37 pounds (1 kilogram/2.2 pounds) = 17 kilograms ==========
37 kilograms is 81.57 pounds.
An atom of the element rubidium contains 37 protons and 37 electrons.
Each atom of Rubidium (Rb) has 37 protons.
This is the ion Cl- of the isotope chlorine-37.
Rubidium's atomic number is 37 and atomic number is the same as the protons (37 protons) Protons equal electrons so there is the same number of protons and electrons (37 electrons). The atomic mass of this element is About 85, and protons and neutrons weigh about 1 so you can subtract 37 from 85 to get and 48 neutrons. 37 protons, 37 electrons and 48 neutrons.
There are several. However, Chlorine is one. Chlorine-35 has 17 protons, 18 neutrons and 17 electrons in its isotopic atom. However, Chlorine-37 has 17 protons, 20 neutrons and 17 electrons in its isotopic atom.
Br(35) + 2p + 2e == Rb(37) The atom numbers (between parentheses) by definition are representing the number of protons in the nucleus of that element.
Any atom with 24 protons is a chromium atom. In this case the isotope would be chromium-37, but no such isotope exists.
The number of protons in Chlorine is relative to its atomic number of 17. The amount of protons will not change, or will become a different element. The 37 refers to the amount of nucleons in the element. The total nucleons is calculated by adding the amount of protons and neutrons, so if we know there are 17 protons, 37-17= 20 neutrons. There are 17 protons and 20 neutrons in Cl-37.
The mass number is the amount of protons and neutrons in an element. The atomic number is equal to the amount of protons. Therefore to get the number of protons from the given information, you would subtract 37 from 72 which gives you 35 protons aka its atomic number!
It has 30 protons so 30+37 = 67.
If you look at a periodic table and go to group one, and than the element with an atomic number of 37 it is Rb. The atomic number is the number of protons and electrons. Rb is Rubidium.
Neutrons are 'zero' charged. Protons are positively(+) charged. Electrons are negatively(-) charged. For any neutrally charged atom , the number of protons(+) equals the number of electrons(-); the charges balance. However, when an atom loses or gains electrons it becomes a charged species and is called an ION , not an atom. If the number of protons changes then it is a completely different element. Neutrons have no effect on the charge of an atom/ion, they only effect the atomic mass. Here are some examples. Hydrogen has one proton and one electrons ; charges balance. However the hydrogen ion has one proton and no electrons (H^+) Chlorine has two isotopes l different number of neutrons Chlorine - 35 , 17 protons , 18 neutrons and 17 electrons The Chloride(-35) ion has 17 protons , 18 neutrons and 18 electrons (35)Cl^-) , the chloride -35 ion Chlorine - 37, 17 protons , 20 neutrons and 17 electrons The Chloride(-37) ion has 17 protons , 20 neutrons, and 18 electrons (37)Cl^-) , the chloride - 37 ion. The Chloride(-37) ion has 17 protons, 20 neutrons and 18 electrons Notice , for the given element the number of protons remains the same, the different isotopes have different number of neutrons, and the ions have a different number of electrons.