contestada

Methyl isocyanate, shown as resonance structure 1, can also be represented by other resonance structures. Draw the next most important resonance contributor. Then add curved arrows to each structure to show delocalization of electron pairs to form the other structure. HC N=C=0 Resonance Structure 2 Resonance structure 1 Include lone pairs of electrons, formal charges, and hydrogen atoms. You can add condensed hydrogens using the More menu, selecting +H and clicking on the carbon as many times as needed. Draw curved arrows on resonance structure 1. Draw resonance structure 2 and curved arrows. Select Draw Rings More Erase Select Draw Rings More HC - "

Respuesta :

Resonance structures are the  Lewis structures that describe the delocalization of electrons in a molecule.

Resonance Structure 1 of methyl isocyanate:

This Include lone pairs of electrons, formal charges, and hydrogen atoms.

The formal charge on both Carbon atom is = 4 valance - 4 bonds = 0

Formal charge (O) = 6 V.E - 2 bonds - 4 non bonding electrons = 0

Formal charge on (N) = 5 V.E - 3 bonds - 2 non bonding electrons = 0

F.C. on H = 1 V.E. - 1 bond = 0

Overall charge on the molecule = 0 charge

Structure 2:

Formal Charge on Both (C)= (4valence e- - 4 bonds)= 0

Formal charge (O)= (6 V.E-1Bonds-6 nonbonding electrons)= -1 Charge

Formal Charge on (N)= (5 V.E-4Bonds-0 nonbonding electrons) = +1 Charge

F.C on H= (1 V.E-1Bond)=0

Overall Charge on the molecule= +1 -1 =0 charge

To learn more about Resonance structure of methyl isocyanate please visit:

https://brainly.com/question/21684922

#SPJ4

here structure is not given. i solved this from a similar question. find if it is helpful.