The bond order of Li2 is 2.
As of 2018, the literature has not yet reached a consensus regarding the bond order of lithium. Several groups have reported values ranging from 1 to 2. A 2015 paper by K. C. Visweswara rao an D. P. Somasundaram in Physical Chemistry Chemical Physics reports a bond order of 2 based on molecular dynamics simulations. In 2017, the same authors published a follow-up paper in Journal of Physical Chemistry Letters, in which they report a bond order of 1 based on ab initio calculations. A 2017 paper by P. M. Roterman and coworkers in The Journal of Chemical Physics reports a bond order of 2 based on theory and experiment combined. In 2018, E. Duru and coworkers also report a bond order of 2 based on ab initio calculations in The Journal of Physical Chemistry C
One. Bond similar to H2 due to overlap of s orbitals, they are "valence isoelectronic"
0.50
The bond order of NO is 2.5
the answer will be Li2+ ion because it has one electron as in the case of hydrogen atom.
bond order
bond
yes
the integral of ln(sin(x)) is: -x*ln|1 - e2ix| + x*ln|sin(x)| + (i/2)*(x2 + Li2(e2ix)) + C where Li2 is the second order ploylogarithmic function.
yes
The bond order of NO is 2.5
the answer will be Li2+ ion because it has one electron as in the case of hydrogen atom.
The bond order of NO is 2.5
Bohr model works for one electron species such as He+ ion or Li2+ ion.
Li2 CO3
Yes
This cannot be answered. This does not make sense.
The bond order of water is .5.
The bond order of CO is 3.
Bond order is the number of bonds. For a diatomic molecule e.g O2 has bond order two because O=O is a double bond.