2015年11月5日 · $\ce{I2Cl6}$ is a dimer of $\ce{ICl3}$. $\ce{ICl3}$ is T-shaped, with $\ce{I}$ being $\mathrm{sp^3d}$ and having two lone pairs. I read in Inorganic Reaction Mechanisms by R. K. Sharma that $\ce{I2Cl6}$ is formed by the extra two $\ce{Cl-I}$ bridge bonds. What I don't understand is, why does the bridge bond form?

2021年8月11日 · Answer: (3) $\ce{2ICl3 \to I2Cl6} $ The answer was given without explanation from the problem book I was solving, so I ask then, what exactly is the reason that $\ce{ICl3}$ dimerize? From this website , I find it is because it is odd electron and wants to complete the octet, but the question asks why it dimerizes disregarding that rule.

2021年5月28日 · How are the bridge bonds in $\ce{Al2Cl6}$ different from the terminal bonds?. We could have just mentioned the bridge bond formed by $\ce{Cl}$ as a coordinate bond.

2019年8月2日 · Learn more about I2Cl6(iodine trichloride): brainly.in/question/13954266. Advertisement

2020年3月16日 · The shape of I2Cl6 when it is ionized: Iodine trichloride is a complex of inter-halogen of chlorine with chlorine. It is perky yellow but upon time and exposure to light, it goes red due to the presence of elemental iodine. In the solid-state is present as a planar dimer I₂Cl₆, Cl₂I(μ-Cl)₂ICl₂, with two linking Cl atoms

2015年5月26日 · The iodine atom in $\ce{ICl2}$ is what is termed hypercoordinated (or hypervalent). Basically, this means that the 3 atoms combine to produce 3 molecular orbitals (the 3-center 4-electron model).

2017年11月24日 · $\begingroup$ Revisiting this I don't see how the maths works out. I have seen this definition before, but if I assume the usual form of the MOs for three-centre bonding, the population of the middle MO should not affect the bond order between adjacent atoms because the coefficient of the central atom is zero.

2018年11月5日 · The particle itself has high symmetry, like D2h, that should be fulfilled in the sub-atomic orbital or valence bond depiction.

2022年6月15日 · D. All of these . Explanation: 3C−4e . −. bond is a model used to explain bonding in certain hypervalent molecules such as tetratomic & hexatomic interhalogen compounds, sulphur tetrafluoride, xenon fluoride and the fluoride ions.

2019年12月5日 · Find an answer to your question Hybridization and geometry of I2Cl6(iodine trichloride).plzz find it.No spams at all Brainly User Brainly User 05.12.2019