
2.) Complete each of the following, assuming reaction in a Lewis acid/base sense. Include formal charges....
68 MOLECULE DRAWA LEWIs STRUCTURE (INCLUDE ALL NON-ZERO FORMAL CHARGES ID NaE MOECULA SHAPE AROUND EACH CENTRAL ATOM-RE DAW TO SH0W sAPE DEA ALL HsNANCE FORMS RALL POALE oMIERS tCATE AL Non-ERO CLASSFY -WRITE IN MATION TOTAL ТотAL. AS POLAR AT EACH oF VALENCE CENTRAL BONDS BONDS FORMALCHARCES NONPOLAR ATOM ELECTRON Но" H2O2 CH4O С-На
20. 3 marks) Add charges to the following molecules where necessary c) CH3-N-H CH3H CH3 21. (2 marks) Label the reactants in these acid-base reactions as "LA" for Lewis Acids (electrophiles) or "LB" for Lewis Bases (nucleophiles). reactions. Used curved arrows to show the movement of electron pairs in the CH3-NH, CH-CH2-cl: CH-NH2-CH2-CH3 + --+ + :C1: Cl: -
Draw a Lewis structure for each conjugate acid or base. Write in
any non-zero formal charges and make sure all atoms in your
structures fully satisfy the octet rule.
molecule 1 conjugate base of molecule 1 Н Click and drag to start drawing a structure. Η Η Η Η molecule 2 conjugate base of molecule 2 H-¢-6-H Click and drag to start drawing a structure.
Determine the products for the acid base reactions
(include lone pairs and formal charges) indicate whether each is a
protonation or deprotonation. then rewrite the first 2 and include
mechanistic arrows to form the products
9. Determine the products for the acid-base reactions show below charges!). Indicate whether each reaction is a protonation or a the products of these acid base reactions have in common? NH HCI OH NaOH OH NaHCO3 OH NaOH 10. Rewrite the first 2 reactions above...
what is the acid? base? how would you determine this? which
one is soluble in water(the one that is charged)? which one is
soluble in Et2O? draw electron pushing arrows to show base
attacking acod. draw products.
Organic Chemistry I Lab CHEM 2211L School of Science & TUNIUI Georgia Gwinnett College REMEMBER: • ALWAYS draw the Lewis Dot Structures, with all lone electrons - helps you figure out which compound attacks/is attacked. • Neutral, non-charged organic compounds are almost always...
Provide a curved arrow mechanism for the following Sn2 reaction. Include lone pairs and formal charges in your answer. Enter your answer in form: A+B + C+D. Do not show Nation in your mechanism. Na CN -CN + NaCl Edit Provide a curved arrow mechanism and predict the product for the following Sn2 reaction. Include lone pairs and formal charges in your answer. Enter your answer in form: A+B + C+D. no contarem metatum et vente en rose to do...
Please include complete answers only, thank you.
a. Draw the structural formula of each of the following compounds. b. According to the character of the bold, enlarged carbon(s) label each compound "basic", "electrophilic" or "nucleophilic". c. Diagram electron pushing (resonance), and inductive effects d. Give a brief narrative (one or two short sentences) to explain what your diagrams show regarding your choice (base, electrophile, or nucleophile): 16% (2% each) (CH3)2N=C(CH3)2CI (CH3)2C=CHCH=CHN(CH3)2 CH2=CH(OH) H(C=NH)CH=CH2 CH2=CHCHENH KCH3CH(C=O)CH3 CH3CH2(C=O)Br CH3CH2(C=O)H
ch 22
Draw a resonance structure, complete with all formal charges and lone (unshared) electron pairs, that shows the resonance interaction of the carboxy with the para position in benzoic acid. OH benzoic acid • You do not have to consider stereochemistry. • Include all valence lone pairs in your answer. • In cases where there is more than one answer, just draw one. с P opy to // [Review Topics IReferences Draw a resonance structure, complete with all formal...
Provide a curved arrow mechanism for the following Sn2 reaction. Include lone pairs and formal charges in your answer. Enter your answer in form: A+B + C+D. Do not show Nation in your mechanism. Na CN -CI -CN + NaCl Edit
5) For each of the following, if an acid-base reaction takes place, draw the products and label the reactants appropriately as acid or base. If no reaction is expected, omit the labelling and simply write NR as the product. a) OH + H2SO4- b) CH3CH2OH+NaNH2 c) OH d) OH Θ OCH2CH3 e) CHHs lh Inhal the oridizing agent and reducing