2. Suggest how you would make the molecules below from any molecule with six carbon atoms...
3. Design a synthesis of the following molecule starting from benzene and molecules of two or less carbon atoms. You are not limited in your choice of reagents or number of steps. ΝΟ2 ΝΗ2 12 Br 10 Cl CO2H он CI ΝΟ2 ΝΗ2 12 Br 10 Cl CO2H он CI
The amount of energy needed to make one glucose molecule from six molecules of carbon dioxide is molecules of ATP and molecules of NADPH. Select the correct answer below: 18 and 12 O 12 and 18-t O 16 and 18 O 18 and 36 FEEDBACK
4. Design a synthesis for the following molecule. You may only use carbon containing reagents if they are in the list on the right. You may use any other non-carbon containing reagents that you would like. Target molecule: Carbon containing molecules that you may use (you don't have to use all of them): -Br Out NaCN Br CO2
The amount of energy needed to make one glucose molecule from six molecules of carbon dioxide is ATP and molecules of NADPH. Select the correct answer below: O 18 and 12 12 and 18-1 O 16 and 18 18 and 36 FE # O BI ар) imprese delete + & backspace 5 6 7 8 9 O O Т. Y Р [ G H K LL
1. Obtain six sp' hybridized carbon atoms from your model kit. Assemble the pieces in a linear fashion to form CH:CH CH CH CH CHs. You need not actually include the hydrogen atoms in your model. Draw the bond-line drawing for the molecule below 2. There are a total of five unique constitutional isomers which can be made from Catlia including the one from problem 1. Assemble the other four constitutional isomers using your model from problem I by altering...
1. The molecule carbon dioxide has the molecular formula CO2. a. How many carbon and oxygen atoms does each carbon dioxide molecule contain? b. Find the average mass of one carbon dioxide molecule in amu. Show how you reached your answer. C. How many moles of carbon atoms are there in 1 mole of carbon dioxide? d. How many moles of oxygen atoms are there in 1 mole of carbon dioxide? e. Find the mass of one mole of carbon...
Show how you would use Grignard syntheses to prepare the following alcohols from the indicated starting materials and any other necessary reagents. Draw the Grignard reagent and any other organic reagents needed. 11 RUVIUWI Constans i Pendulu Part F Show how you would use Grignard syntheses to prepare the following alcohols from the indicated starting materials and any other necessary reagents. Draw the Grignard reagent and any other organic reagents needed. ОН -C-CH CH, from C-OCH.CH Draw the molecules on...
Draw molecules that satisfy the following prompts i-iii. All molecules must have 8-10 Carbon atoms AND exactly 2 Heteroatoms (i.e. atoms that are not carbon or hydrogen atoms). You may not use the same molecule twice for any parts of this question. You do not need to look up solubility information, but the answers must be reasonable. Also, the structures must be reasonable (improper structures, e.g. carbon with 5 bonds, or oxygen with one bond and no charge, will not...
Draw molecules that satisfy the following prompts i-iii. All molecules must have 8-10 Carbon atoms AND exactly 2 Heteroatoms (i.e. atoms that are not carbon or hydrogen atoms). You may not use the same molecule twice for any parts of this question. You do not need to look up solubility information, but the answers must be reasonable. Also, the structures must be reasonable (improper structures, e.g. carbon with 5 bonds, or oxygen with one bond and no charge, will not...
Using methyl iodide, CH3I, and sodium acetylide as the sources of carbon atoms, show how to synthesize meso-2,3-dibromobutane. You may use any other needed reagents or solvents, provided they do not supply carbon atoms to the final product. About 5 steps are required. Please write out the formulas of the reagents. Free Response (10 pts each) Read instructions carefully and write out your answers in detail. 1. Using methyl iodide, CHI, and sodium acetylide, Nat:CECH, as the sources of carbon...