4.40 Convert the condensed structures shown to skeletal structures. a. CH3CH2CH=CH2 b. CH CH CH CH...
1. (4 pts) Convert the following condensed structural formulas into skeletal (line angle) structures a) CH3CH2CH(OH)CHCHCH: b) NH2CH=CCCH2CHO 2. (8 pts) An ion with the structural formula (CH CHOJ can be represented with two different resonance structures. a) Draw the two resonance structures below and circle the major contributing structure. b) Specify the hybridization of each carbon atom.
1. Convert the following into skeletal structures. (10 points) a. CHOCHCCH)(CH3) b.CH CH C(CH3C2)CH3 2. Convert the following skeletal structures into condensed formulas. (10 points) a. b. 3. What is wrong about the following structures? (10 points) (hint: there is only one thing wrong in each structure) a. он b.
Item 39 39 of 39 Review Constants 1 Periodic Table Convert the following condensed structures into skeletal structures: Part A CH,CH,CH, CH,CH,CH, OH Draw the molecule on the canvas by choosing buttons from the Tools (for bonds), Atoms, and Advanced Template toolbars. The single bond is active by default. D 2 C + + 3 H 2 0 0 + . ' Marvin Is
6. For each of the following Lewis structures or skeletal structures, match it with the correct condensed structural formula. (10 points) Structures: Η Η Η Η i 1 H-C-C-C-C-H IT I 1 HH Η Η ОН H HC CH Η Η H3C H,c-c-BI H-C-C-OH Η Η H3C ОН OH Formulas: a. CH3CH2CH.CH b. (CH3)2CHCH.CH c. CH3CH2CHCHCH d. CH CH OH e. (CH3)3CBr f. CH:CH-COOH g. CH-COCH h. CHỊCH CHO i. C H OH j. CH, OH
23. Match the condensed structural diagrams with the correct names. 0 II. CH, -CH2-OH CH-CH2-C ОН III. IV. CH-CH-CH, CH-C OH 0 - CH - CH - CHI V. 0 VI. CH-C 0 - CH, ОН ethanol propyl ethanoate propan-1-ol propanoic acid ethanoic acid methyl methanoate
23) Convert the molecule below into a a) condensed structure and b) skeletal structure. (6 points total) Skeletal Condegsedi (CH3 CH(CH3) CH₂CH(CH3) CH₂CH3 H-C-H HHHHH H-C-C-c-c-c-c-H ннннн H-C-H H-C-(-(-H 1 H 24) Draw all three isomers of C5H12 and identify all tertiary and quaternary carbons if present. (10 points) pentane : 2 .2-methylbutane 3 . 1,3-dimethy propane H H H H Ht I TI H H-C-ċ-ċ-ċ-ċ-H C . CH HHHHH H/ CH₃ tertiary Carbon 25) Dray the net dipole moment...
convert the following condensed structures
Course Home <Home Assignment_03 Item 39 Convert the following condensed structures into skeletal structures: Part B CH, CH,CH, CH,CH,CH3 Draw the molecule on the canvas by choosing buttons from the Tools (for Template toolbars. The single bond is active by default. D ®. H: 100m Marvin JS Part C CH3 CH3 CH3 CH, CHCH, CHCH, CH3 Draw the molecule on the canvas by choosing buttons fro Template toolbars. The single bond is active by default....
Draw the condensed structural formula, or skeletal formula if cyclic, for the product in each of the following reactions. A.) CH3−CH=CH−CH3+HOH⟶H+ B.) CH3−CH2−CH2−CH=CH2+H2⟶Pt
11.34 Draw the condensed structural formula, or skeletal formula if cyclic, for the product in each of the following reactions: a. CH3 -CH2-CH=CH, + HOH H, Pt b. cyclohexene + H2 CH3 c. CH3 -C=CH-CH2 – CH3 + HOH HT,
2.12 Write the names for the compounds. b. CH,CH CH,CH(CH2CHy)2 c. a. Draw Kekulé, condensed, and skeletal structures for all of the constitutional isomers with formula CsHi2. Provide names for each structure. 2.13