Curved arrows are used to illustrate the flow of electrons. Using the provided resonance structures, draw the curved electron-pushing arrows to show the interconversion between resonance hybrid contributors. Be sure to account for all bond-breaking and bond-making steps. :0: :N:O Select to Add Arrows > KO ΚΘ

15. Draw all the important resonance structures for the following ion, and show all the lone pair of electrons and formal charges. Show the electron flow by using arOws. NH NH 16. Draw skeletal structures of compounds accordinghto he rules provided and write their common names 100 16b. drawskeletal 16c. draw skeletal 16d drawskeletal arawskeletal an ether that contains abenzer ing (No limit on the total rumber of carbons) a secondary alkyl chloride with 4 carbons total a primary alcohol with 4 carbons total a tertiary amine with 6 carbons total common name common name common name common name

Step 3: Draw a curved arow to show formation of an oxygen-aluminum bond shown in the next panel. H C: + : 0: : 0: + + аза

1. The following resonance structure are insignificant or incorrect. Explain resonance structures. alt-del 12-2 a. b. C. NH + NH 최

it won't let me do OH together

12. Provide one other contributing resonance form for structures A, B, and C. Show all electron movement using curved arrows. Between the two structures, circle the higher contributing resonance form. A B C ОН

9. Draw all resonance structures of the following compounds. Show electron-pushing arrows.

In the sketch of the structure of NF3 label all bonds. Drag the appropriate labels to their respective targets. Labels can be used once, more than once, or not at all. σ: Ni) - F() Lone pair in sp orbital 1L o : N(p) – F(sp³) : N(sp³) – F(p) Lone pair in p orbital T: N(p) – F(p) Lone pair in s orbital σ: Nsp') - Ffp)

Provide the following 2 resonance structures and indicate whether or not they're major or minor

Handwritten solutions are strictly prohibited