Non-polar because Iodine is evenly 'distributed' or the molecule's angles are 180 degrees, and since there is equal pull from each iodine, and no lone pairs, the answer is nonpolar.
Xe (xenon) is a noble gas and is nonpolar because it has a symmetrical electron distribution around the central xenon atom, resulting in no net dipole moment.
No, first xenon is an element, and so cannot be polar. Second, it is monatomic, and a single atom cannot be polar.
The fluoride XeF3 is not known; the other xenon fluorides are nonpolar.
It will be weakly polar as a neutral compound, due to the presence of 1 unshared pair of electrons around the central xenon atom. (Additionally, the relatively large number of electrons in this compound will yield temporary dipoles in the form of dispersion forces.) If it's an ion, then I would need to know its charge. If its charge is +2 (meaning it has lost 2 electrons,) then that ion would be non-polar.
No, chlorine and xenon do not form an ionic compound. Xenon is a noble gas and does not readily form ionic bonds with other elements.
Xe (xenon) is a noble gas and is nonpolar because it has a symmetrical electron distribution around the central xenon atom, resulting in no net dipole moment.
No, first xenon is an element, and so cannot be polar. Second, it is monatomic, and a single atom cannot be polar.
No. Carbon tetrafuoride is a non polar molecule but with polar covalents bonds. the polar covalent bonds sort of cancel each other out on each opposite side (because of it's symmetry) making it non polar overall. (CF4 is tetrahedral)
The fluoride XeF3 is not known; the other xenon fluorides are nonpolar.
It will be weakly polar as a neutral compound, due to the presence of 1 unshared pair of electrons around the central xenon atom. (Additionally, the relatively large number of electrons in this compound will yield temporary dipoles in the form of dispersion forces.) If it's an ion, then I would need to know its charge. If its charge is +2 (meaning it has lost 2 electrons,) then that ion would be non-polar.
No, chlorine and xenon do not form an ionic compound. Xenon is a noble gas and does not readily form ionic bonds with other elements.
The standard ionic notation for xenon is Xe^{2+}. Xenon typically forms a cation with a +2 charge by losing two electrons.
It is non polar. The central Xe atom has 4 Fluorine atoms and two electron pairs attached giving it AB4E2 molecular structure. This leads to a square planar molecular shape. F is more electronegative than Xe and is thus a polar covalent bond, but the 4 bonds in a square cancel out, and the electron pair on top and bottom of the "square plane" cancel each-other out as well, leaving you with a non polar molecule
XeF5+
The ionic radius of xenon is not commonly reported as it is a noble gas and typically does not form ions in chemical compounds. Xenon tends to exist in its elemental form as a monatomic gas.
Xenon is a noble gas in with the electrone of outermost orbit are balanced than the xenon cannot make ionic bond with another element such as Oxygen because if it make an ionic bond than the electron of the outer most orbit are unstable therefore it make an covalent bond with oxygen to fill the outer most unbalance electron of oxygen by sharing electron to form (xenon oxide) (xenon dioxide) and also with floride to form (xenon difloride) etc.
The geometry of XeO3 is trigonal pyramid with an unsymmetric charge distribution. Therefore this molecule is polar. (This came from my chemistry book)