We can classify the given compounds as follows whether they contain any double bond, triple bond,or cyclic ring etc.
this is an example for alkane, since it doesn't contain any double bond or triple bond.
This is an example for alkene, since it contains a double bond.
This is an example for cycloalkanes, since it contains a four membered cycle.
This is an example for cycloalkene, since it contains a four membered cyclic group which contains a double bond.
This is an example for alkane , since it doesn't contain any double bond or triple bond or cyclic group.
This is an example for alkyne, since it contains a triple bond in its chain.
Identify the following compounds as a(n) alkane, alkene, alkyne, cycloalkane, or cycloalkene: 2. Family Molecule Fa...
Tugue compound 2. Identify the following compounds as owing compounds as a(n) alkane, alkene, alkyne, cycloalkane, or cycloalkene: _Molecule Family Molecule Family Η Η Η Η Η H-C-C-C-C-C-H CH3-CH 2 HHHH H-C-H CH3 CH3 HẠC CH3 CH-CH HC CH CH3-CH2-CH=C—CH CH3-CH-CH-CH CH₂ CH₂ CH3-CH=C=CH CH2-CH
Classify each of the following as an alkane, an alkene, an alkyne or an aromatic compound and as saturated or unsaturated classification saturated/unsaturated compound CH3 CHE CH3-CH-CH2-CH-CH3 CH3CH2 CH₂CH₂ -снасны Classify each of the following as an alkane, an alkene, an alkyne or an aromatic compound and as saturated or unsaturated compound classification saturated/unsaturated (Previous
CH3-CH2-CH2-CH2-CH=CH-CH3 a) alkane b) alkene c) alkyne d) saturated hydrocarbon 2
1. Draw the following compounds. Each question is out of two marks. Drawing Name 2-phenyl hexanal 2-ethyl octan-1,2,7-triol para-chlorophenol cis-pent-3-en-2-ol 1,3-diphenylpropan-2-one ethyl butanoate 4-hydroxy-4-propyl hept-2,5-diene-1-amide N-pentyl-2,3-difluoro butanamide 2. Name the following compounds. Each question is out of two marks. Drawing Name CH3 CH Н.С Он Н. Н. Н.С Н. Н Н.С Н Н с Н CH CH НАС Н.С. CH2 Н.С. Н сн. HC H2 CH, CH Он Н.С CH, Н С. Н H C Н.С Н. На CH Н.С...
6. Classify the following organic compounds: a. CH2=CCH=CHCH=CH2 T CH3 ICa the sod b. Н-С-F с. Н-С-С-СH, d. CH3 e. нНН Н-С-С-С-$-H ННН HICIH
Question 3 1/1 pts Consider the following molecules. CHCH; CH; - CH3-CH2-CEC-CH-CH3 CH-CH-CH-CH-CH, CH; Structure C is classified as a(n) alkene alkane cycloalkane alkyne aromatic compound
Which of the following compounds contain any ionic bonds? Which compounds contain only covalent bonds? .C. CH2 Н.с OH2:CIE НаС -OI CN CI СH НС CH Н С—С НС. С — CH НС с С—С CHз н Н:Br: С—С Н Н H2 C. -CEC H2 .C. CH H3C CH ONa вi Br С "CHз с НС. -С Н2 :ZI нӧ: "сі: Н2 .C. CH Н2 C .CH3 Н,с Нас CH3 H3C C CH3
Organic Compounds: Alkanes 6. Classify each of the following compounds according to its functional group. Alkene 2. CH3-CH --CH=CH-CH: Al whol b. CH3 -CH2-CH2-OH horg dat Alkane c. CH3 -CH2-CH2-O-CH2-CH3 and d. CH, --C--OH Carboxyllic Aromatic
2) Order the following alkenes from most stable to least stable Нас Нас с-сн, н,с Hас +C- Нас н CHs -CH3 H Hе most stable least stable (a) I (b) I (c) I ll (d) 7) Order the following C-H bonds from strongest to weakest. strongest weakest (a) (b) (c) II (d) 8) Which of the following is represents the lowest energy transition state for the addition of BH, to 2-methyl-1-propene? quCH «сHs нСи Нас (b) (a) Нив--н H H...
Question 2: Determine in the following examples if the base is strong enough to deprotonate the terminal alkyne. сH, нс. t-BuOK + Cн Question 3: A terminal alkyne is prepared by treating the dihalide with excess (xs) sodium amide, followed by water. Predict the major product and draw a mechanism for its formation: Br 1) xs NaNHNH 2) Hо Br Identify reagents that you could use to achieve the following transformations: CH3 Нас Н,с CH3 CH3 HyC Н.с CHs CH3...