32 electrons, an atom has the same amount of electrons as protons.
32.
Number of protons=atomic number.
Atoms on there own like to be neutral. However, an atom with 34 protons will have a net charge of +34. So, to get back to neutrality, that atom will also have 34 electrons.
31 protons
Atomic number is the number of protons in the nucleus of an atom, and is unique to each element.
The Germanium-70 isotope has 32 protons and 38 neutrons.
germanium (Ge)
(Ge)Germanium has 32 protons :D
It is sulphur.
Sulfur-32 has 16 protons, neutrons and electrons each.
The highest number of electrons in an atom is 116, as Ununhexium has an atomic mass of 292 it has 116 protons and 116 electrons as well as 176 neutrons.
31 protons, 32 neutrons and 28 electrons
32
32 protons, 32 electrons. Ge-72 isotope has 40 neutrons
16 electrons in the neutral atom. Sulfur -32 is an isotope containing 32 protons and neutrons Sulfur has an atomic number of 16, which is the number of protons therefore sulfur-32 has 16 neutrons
Neutrons have no charge. When the number of protons of an atom is equal to the number of electrons in it, the atom is neutral, in other words, it has no charge.
The atomic number is 16, so a sulfur atom has 16 protons in the nucleus and 16 electrons in the electron cloud.
Sulfur-32 has 16 protons, neutrons and electrons each.
28 Protons = +28 charge 22 electrons = -22 charge +28 + -22 = +6
The highest number of electrons in an atom is 116, as Ununhexium has an atomic mass of 292 it has 116 protons and 116 electrons as well as 176 neutrons.
Protons are particles with a positive charge, and in order for your atom to be neutral the positive charge must be cancelled out by adding negative charges of the same value. Electrons are negatively charged. So adding 15 electrons to 15 protons would result in a neutral atom. Also since your atom contains 15 protons it must be Phosphorus, element number 15.
31 protons, 32 neutrons and 28 electrons
32
32
31 protons, 32 neutrons and 28 electrons
32 protons, 32 electrons. Ge-72 isotope has 40 neutrons