For each of the following reactions, show the structural diagrams and names of the reactant(s), products) and the conditions needed for the reaction.3. The formation of methoxymethane.

Please answer question 14 and 15.

For the following reactions of one mole ofreactant, predict the product, including its structuralformula and name, and state the chemical amount (inmoles) of hydrogen required for complete reaction.CH2CHCHCH2 + ___ H2(g) →

3. Find the gross heat of reaction when butane (n-C4H₁0) is oxidized to carbon dioxide and liquid water. How does this compare to lower molecular weight organic fuels such as methane (CH4)?

Esterification Reaction: 12.00 grams of acetic acid is reacted with methanol and sulfuric acid catalyst under heated conditions. What amount (in grams) of the methanol is required for the reaction and what is the theoretical yield of the methyl acetate product? Include a balanced equation.

Complete combustion of Octane

solve 78b

Show all the structural formulas of the organic compounds, thank you!

4. Assume that an esterification reaction is done using 0.10 moles of a carboxylic acid and 1.0 moles of an alcohol. What is the theoretical yield (in moles) for the reaction? (You can write a generic esterification reaction to help answer this question and recognize the limiting reagent.) 5. A student completes the reaction described in question 4 and obtains 5.3 g of the product (the product has a molecular mass of 74.0 g/mol). a) What is the actual yield (the moles of product obtained)? Show your calculation, including units. 5.3 g product X mol products b) Calculate the % yield for the reaction. Show your calculation, including units.

How many moles of CO2 will be formed in the complete combustion of 4.35 moles of C6H6?  Use the following chemical equation to answer this question: 2C6H6+15O2⟶12CO2+6H2O Group of answer choices 1.45 moles 0.725 moles 26.1 moles 13.1 moles