The electrons themselves are all identical to any other electron.
Their distribution about the nucleus will be approximately spherical, with twelve electrons in s orbitals of various sizes, twenty-four in p orbitals, twenty-five in d orbitals, and fourteen in f orbitals.
As for the shapes of the individual orbitals,
s orbitals are spherical,
p orbitals have two teardrop shaped lobes pointing 180 degrees away from each other (e.g. up and down),
d orbitals have four teardrop shaped lobes pointing 90 degrees away from each other (e.g. up, down, left and right),
and f orbitals have six teardrop shaped lobes, also pointing 90 degrees from each other (e.g. up, down, left, right, forward, and back).
All these shapes overlap with each other to provide a roughly spherical electron distribution.
Rhenium has 75 protons, 75 electrons, and 111 neutrons.
In its ground state, rhenium (Re) has 1 unpaired electron.
The element with 6 outer shell electrons is carbon. Carbon has 4 electrons in its outer shell and 2 electrons in the shell before that, totaling 6 outer shell electrons.
Since the d orbital can hold 10 electrons, half filled would mean it has 5 electrons. The element in period 6 that has 5 electrons in the d orbital would be Rhenium (Re).
At-Astatine Because it is the 85th element of the periodic table. That means that it has 85 protons and 85 electrons
Rhenium, with atomic number 75, has two electrons in its fifth energy level.
Rhenium has 7 isotopes. The most stable and abundant isotopes are rhenium-185 and rhenium-187.
No. Rhenium is a metal.
In the periodic table, rhenium is number 75.
Rhenium is a chemical element, metal, rare, very expensive.
The chemical symbol for rhenium is Re.
A quadruple bond! Usually found in bonds of rhenium, tungsten, molybdenum and chromium