Draw the resonance structure of the following substance. H3C CH3+

Question:

Draw the resonance structure of the following substance.

Resonance Structures:

There are many types of the carbocation is formed in different chemical reactions. These are primary carbocation, secondary carbocation, tertiary carbocation, allylic carbocation, benzylic carbocation, etc. That carbocation is stable in which the positive charge is involved in resonance.

Answer and Explanation:

Become a Study.com member to unlock this answer! Create your account

View this answer

See full answer below.

Learn more about this topic:

Lewis Dot Structures: Resonance

from

Chapter 5 / Lesson 9

20K

Learn what Lewis dot structures are, how to draw Lewis dot structures and see resonance in Lewis dot structures using the benzene Lewis dot structure example.

Related to this Question

Draw the resonance structure of the following substance.
Draw the resonance structure of this substance.
Draw one resonance structure for the compound.
Draw resonance structure for the following molecule.
Draw the resonance structure of (2E)-4-oxobut-2-en-1-ide.
Draw the resonance structure of 2-butenal.
Draw the resonance structure for C4H9NO2.
Draw resonance structure for the below-mentioned molecule.
Draw the resonance structure for FCONH_2.
Draw resonance structure for the below-mentioned compound.
Draw the resonance structure for CH_3COCH_3.
Draw out all the resonance structures for the given compound.
Draw three resonance structures for SO3.
Draw the resonance structure for H_2CCCH_2.
Draw the resonance forms for the following structure.
Draw all possible resonance structures of the compound
Draw all resonance forms of the following compound.
Draw one additional resonance structure for B.
Draw the additional resonance structure(s) of the structure below? HELP
Draw resonance structures for benzene.
Would NH2Cl have any resonance structures? If so, draw them.
Draw the resonance contributors for the following molecule .
Draw the resonance structure of NO2-.
Draw to resonance structures for (acetylmethylidene)triphenylphosphorane.
Draw the three resonance structures of naphthalene.
Draw all possible resonance structures for SO2, SO3^{2-}, and SO.
Draw resonance structures for the following species.
Draw the additional resonance structure(s) of the structure below?
Are there any resonance structures for C6H5O-? If so, draw them.
Are there any resonance structures for CH3O-? If so, draw them.
Draw all possible resonance forms for the compound below.
Draw all possible resonance forms for this compound.
Draw as many resonance structures that are possible for the following.
Draw the additional resonance structure for the given cation.
Draw resonance structures for each of the following. a) N O_3^{-} b) C O_3^{2-} c) S C N^-.
Draw resonance structures for: a) NO2- b) N2O c) HCO2-
Draw all the resonance structures for HCO2-.
Draw all resonance structures for the nitryl fluoride molecule, NO_2F.
Draw all resonance structures for the nitryl fluoride molecule, NO2F.
Draw the second resonance form for the structure shown below.
Draw a second resonance form for the structure shown below.
Find the resonance structure of the molecule. CH_4
Find the resonance structure of the molecule. CH_3OH
Find the resonance structure of the molecule. CH_2NH_2
Find the resonance structure of the molecule. NH_3
Find the resonance structure of the molecule. MgCl_2
Find the resonance structure of the molecule. O_2
Find the resonance structure of the molecule. H_2O
Find the resonance structure of the molecule. Pbl_4
Draw a resonance structure of nicotine.
Draw two resonance structures for the nitrosonium ion, NO+.
Draw all resonance structures for the phenoxide anion.
Draw possible resonance structures for sulforaphane.
Draw a second resonance structure for A. Why can't a second resonance structure be drawn for B?
Draw the four resonance structures for anthracene.
Draw the structure of the molecule 2-methylheptane.
Draw resonance structures for (a) NO_2^- (b) NNO (c) HCO_2^-
Draw the structure of the molecule cyclopropane.
Draw three resonance structures for SCN-.
Draw resonance structures for the given species.
Draw the structure for SO_4^{2-}.
Draw the structure of this molecule CH3CH(CH3)CH2CH2I?
Draw the structure of 2-butyne.
Draw the structure of 3-methyl-1-butyne.
Draw the structure of n-butyne,
Draw the structure of the molecule 2-pentyne.
Draw all the resonance structures of the aromatic compound isopropylbenzene.
Draw all resonance structures for the nitryl chloride molecule, NO2Cl.
Draw the five resonance structures of Phenanthrene.
Draw a second resonance structure for the given species below.
Draw a second resonance structure for the given species.
Draw the structure for the compound: 3,3-dicholoro-1-butyne
Does C2H5N have any resonance structures? If so, draw them.
Draw two resonance structures of SCN^-, show all formal charges, and circle the best structure.
Draw three resonance structures of SCN^-: The carbon is central.
Draw two resonance structures for NO2-.
Draw the possible resonance structures as you can for the following species:
Draw one additional resonance structure for the species below: CH_3CH=CHCH=CHCH=CH overset{+}{CH_2}.
Draw as many resonance structures as you can for the following species:
Draw the structure of benzene.
Draw the structure for the compound (R)-4-ethyloctane.
Draw the structure of the compound 3-hexyne.
Draw all contributing structures (i.e, resonance structures) (Image)
Draw the structure of the compound 1-ethylcyclopentene.
Draw the structure of the compound 3-ethylcyclopentene.
Draw the structure of the compound 4-ethylcyclopentene.
Draw the resonance structure for N_2O.
Draw the structure of the compound 2,4-heptadiene.
Draw 6 resonance structures for para-ANISALDEHYDE (a.k.a. 4-methoxybenzaldehyde).
Draw the important resonance forms for the structure shown below:
Draw the structure of 3-buten-2-one. Draw a resonance form to show why the ?-carbon (carbon 4) is electrophilic.
Draw the resonance structure for the following and include non zero formal charges: 1. CH_3CONH_2 2. CHOCOCO^- 3. CH_3CHCHCHCH_3^+
Draw the two resonance forms for H_2PO_2^-.
Draw the resonance structure for the following compound and circle the one that contributes most to the resonance hybrid. Why?
Draw the molecule structure for the 3-cyclopropyl 1,2-cyclopentanedio
Draw the resonance structures of the intermediate in the following reaction.
Draw the structure of the molecule 2-pentene.
Draw the structure of the molecule 1-pentene.
Draw additional resonance structure for the given specie.
Draw the structure for the compound. THF

Draw the resonance structure of the following substance. H3C CH3+

Question:

Resonance Structures:

Answer and Explanation:

Become a member and unlock all Study Answers

Ask a question

Search Answers

Learn more about this topic:

Related to this Question

Explore our homework questions and answers library