This volume is 10 305 995 (pm)2.
The one with atomic number 77, which is iridium.
Iridium-192 has an atomic number of 77, which means it has 77 protons. The atomic mass of iridium-192 is approximately 192 atomic mass units (amu). To find the number of neutrons, subtract the number of protons from the atomic mass: 192 - 77 = 115. Therefore, an atom of iridium-192 contains 115 neutrons.
a atom does have volume
If it is possible without any other nuclear reactions to be done, it'll give you an isotope of iridium.
Most of the volume of an atom is vacuum.
In neutral form, iridium should have 77 electrons. It also has 77 protons due to the fact that its atomic number is 77.
The one with atomic number 77, which is iridium.
Lead has a higher atomic number than iridium, which means a lead atom is heavier than an iridium atom. however iridium is denser, therefore if you had a block of iridium and a block of lead,the iridium block would be heavier
the element Ir has 77 electrons
Iridium-192 has an atomic number of 77, which means it has 77 protons. The atomic mass of iridium-192 is approximately 192 atomic mass units (amu). To find the number of neutrons, subtract the number of protons from the atomic mass: 192 - 77 = 115. Therefore, an atom of iridium-192 contains 115 neutrons.
No, how can it? One type of atom doesn't spontaneously convert to another type of atom, except under conditions of great heat (as in the interior of stars), or in cases of radioactive decay. Iridium is a different element - a different type of atom. If no iridium was present at the start, none will appear.
a atom does have volume
The atomic number of iridium (Ir) is 77.The atomic weight of Ir is 192.22 grams per mole.See the Web Links to the left of this answer for a periodic table with more information about this element!
Iridium: Ir, atom number 77, mass 192.2 a.m.u.
If it is possible without any other nuclear reactions to be done, it'll give you an isotope of iridium.
the volume of atom is much greater than that of nucleus
A molecule containing an iridium-carbon double bond has a chemical structure where iridium is bonded to a carbon atom with a double bond. This type of bond is known for its strength and stability, making the molecule relatively inert and resistant to reactions. The presence of the iridium atom can also impart unique catalytic properties to the molecule, making it useful in various chemical reactions.