Using line structure, draw a hydrocarbon molecule that has:
Write the correct molecular formula for your molecule (CxHy).
Write the correct name for your molecule.
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Using line structure, draw a hydrocarbon molecule that has: at least 5 carbons in the parent...
Instructions Using line structure, draw a hydrocarbon molecule that has: • at least 5 carbons in the parent chain • at least 1 carbon-carbon multiple bond • at least 2 branches Write the correct molecular formula for your molecule (CxHy). Write the correct name for your molecule.
Using line structure, draw a hydrocarbon molecule that has (all three) : at least 5 carbons in the parent chain at least 1 carbon-carbon multiple bond at least 2 branches Write the correct molecular formula for your molecule (CxHy). Write the correct name for your molecule.
3) (6 pts) Draw a line structure of an organic molecule that contains exactly 12 carbons, five-membered ring an nitrogen atom, an ester group and a secondary alcohol group. Number all carbon atoms. Place an asterisk (*) next to any chiral carbons that may exist in the structure and state how many stereoisomers are possible for the molecule. # of chiral carbons: # of possible stereoisomers: 4) (6 pts) Draw a line structure of an organic molecule that contains 12...
1. Draw the structure of any secondary alkyl halide containing at least six carbons. 2. Name it. 3. Circle the alpha carbon. 4. Draw box around all the beta carbons. 5. Draw the product(s) for the elimination reaction product for your choosen alkyl halide.
Draw the line angle structure of Caffeine (C8H10N4O2). - Using hatched arrows draw any bond dipole moments on your line angle structure. - Circle any trigonal planar atoms on your structure, if there are none, write 'none'. - Put a star next to any sp hybridized carbons in your molecule, if there are none, write 'none'.
Part 8: Organic Nomenclature: Using the designated # of CARBONS for each molecule-DRAW the Expanded Version (set the table") and NAME your molecule with each of the functional groups below. There are several possibilities for each functional group. (5 points) Alkane (7 carbon alkane with Bromine) Alkene (5 carbon alkene) Amine (4 carbon amine) Ether (combination of 5 carbons) Amide (3 carbon amide) Part 9: Biochemistry: Answer all questions. (3 pts) (a) Is this an Alpha or Beta 1,4-glycosidic bond?...
Part 8: Organic Nomenclature: Using the designated # of CARBONS for each molecule-DRAW the Expanded Version (“set the table") and NAME your molecule with each of the functional groups below. There are severa possibilities for each functional group. (5 points) Alkane (7 carbon alkane with Bromine) Alkene (5 carbon alkene) Amine (4 carbon amine) Ether (combination of 5 carbons) Amide (3 carbon amide) Part 9: Biochemistry: Answer all questions. (3 pts) (a) Is this an Alpha or Beta 1,4-glycosidic bond?...
1) Draw the structure of a hydrocarbon that contains seven carbons with i. Aring and two double bonds i. Two rings and one double bond ii Three double bonds
1) Draw Hayworth projections for lactose and sucrose. Identify the monosaccharides present and the type of glycosidic bond in each molecule. Using arrows, indicate the location ppei carbons, and identify each nomenig carbon as a heminscta or an acetal carbon. 2l Draw the stnuctur statriacyllyeralcoataining livaleic Jivalenik. and.oleis acid, 3) Write the balanced chemical equation (using structures) for the saponification of the triacylglyseral in problem 2. 4) Draw the structure of a lecithin containing palmitoleic and oleic acids. Cirele the...
5. Draw the line-angle structure with 9 carbons and name it? Upload Choose a File Question 6 6. Write down the total number of C-H and C-C bonds in butane and what is geometrical arrangement of the carbon atoms in butane? Upload Choose a File Question 7 7. Draw 8 constitutional isomers of heptane (C7H16). Upload Choose a File