Determine the number of hydrogens on the indicated atom. (hint: the carbon indicated does not have any formal charge).
In that picture below, I think the answer is 0 Hydrogens since there are a lone pair above carbon and 2 sigma bonds, making 4 and carbon has no formal charge, making it zero charge. Thus, there is no hydrogens, correct?
Which of the following pairs of structures are resonance structures? If resonance structures are exist, draw all possible resonance structures using curved arrows.
I think for this question, 3 would work since all you do is move the positive charge to one bond and the double bond to another, making the result of 3. I'm not too sure on the other ones, so I need some clarification here. Thanks. :D
4. Determine the number of hydrogens on the indicated atom. (hint: the carbon indicated does not have any formal charge). 5. Which of the following pairs of structures are resonance structures? If resonance structures are exist draw all possible resonance structures using curved arrows. daw all possble resonance structures using curved arros. 4
