3. Predict the product(s) and provide a fully balanced chemical equation for each of the following hydrogenat...
3. Predict the product(s) and provide a fully balanced chemical equation for each of the following hydrogenation reactions: 10% Pd/C y. 10% Pd/C H2
2. Using the amount (mols) of benzene (C6H6) produced during the course of a complete transfer hydrogenation reaction, how would you be able to distinguish the following naturally occurring fatty acids from one another? Provide a balanced equation with skeletal structures showing the complete transfer hydrogenation of each acid shown below. Stearidonic acid and linolenic acid: Predict the product(s) and provide a fully balanced chemical equation for each of the following hydrogenation reactions: 3. 10% Pd /C 10% Pd/C На
Transfer Hydrogenation Post Lab questions
Transfer Hydrogenation Post-Lab Questions: 1. Using the volume of hydrogen gas (H) consumed during the course of a traditional (Hz), complete hydrogenation reaction, how would you be able to distinguish the following naturally occurring fatty acids from one another? Be specific and provide structures to help illustrate and explain your response. Arachidonic acid and crucic acid: 2. Using the amount (mols) of benzene (CH) produced during the course of a complete transfer hydrogenation reaction, how...
Predict the products and write a balanced chemical equation
for each of the filling problems. Include phases ( g,s,l,aq) thank
you. If there is no reaction write no rxn ( please ignore my pencil
and red pen marks )
4. Predict the products and write a balanced chemical equation for the following reactions reaction does not occur, writer NO RXN. For full credit include phases!ll (10 Points a. Aqueous NaOH reacts with aqueous FeBr3: b. Gaseous CaHe reacts with elemental...
4.96 Predict the product(s) and write a balanced equation for each of the following redox reactions: (a) Pentane (C-H12) + oxygen – (b) Phosphorus trichloride + chlorine → (c) Zinc + hydrobromic acid (d) Aqueous potassium iodide + bromine (e) Write a balanced net ionic equation for (d). Solid aluminum metal reacts with chlorine gas to produce solid aluminum chloride crystals. Assuming 100% yield, how many grams of aluminum chloride crystals will be produced if there are 61.5 grams of...
4. Organic Reactions 1. Write a balanced chemical equation for the total combustion of 2.4-dimethylpentane. 2. Write a balanced chemical equation for the monobromination of cyclopropane. 3. Write an equation for the reaction of cis-2-butene with H, and Pd catalyst. What alkene could you use to prepare 1,2-dichloro-3-methylpentane? Write the balanced chemical equation, showing the alkene and the other required reagent. 5. Predict the product of the following reaction. 4,0 H2SO4
Extra Credit: Predict the product(s) and write the balanced chemical equation for the double replacement reaction of lead(1) phosphate and lithium sulfide.
Why must chemical equations be balanced? In a balanced chemical equation, the coefficients in front of each reactant and product allow us to predict whether the given reaction is possible or not. In a balanced chemical equation, the coefficients in front of each reactant and product allow us to predict whether the reaction requires a catalyst or not. In a balanced chemical equation, the coefficients in front of each reactant and product allow us to predict the amount of product...
Predict the major product/s formed in each of the following
reactions, indicate if the reagent reacts either regioselectively
or stereospecifically, or both in relevant cases
2. Predict the major product/s formed in cach of the following reactions, indicate if the reagent reacts either regioselectively or stereospecifically, or both in relevant cases (5 x 2 10 points): Write product/s of the reaction using Fischer projection на (Z)3-methyl-pent-2-ene .Write product/s of the reaction using Fischer projection. Br2 Write product/s of the reaction...
13. For each of the following, write a balanced chemical equation and QUALITATIVELY predict the signs for AH, AS, and AG. State whether each reaction is spontaneous, nonspontaneous, or at equilibrium. Justify your answers. (a) The combustion of methane (CHA) under standard conditions. (b) Vaporizing water at 373 K and I atm. (C) Forming methanol (CH3OH) and oxygen gas from water vapor and carbon dioxide at 500.0 °C. BE