When 41.5 grams butene (C4H8, M = 56 g/mol) reacts with m-CPBA (C7H5C1O3), we expect 0.74 moles ofepoxybutane (C4H8O, M = 72 g/mol) and some amount of m-chlorobenzoic acid (CIC7H5CO₂) to form. The chemicalequation for this reaction is: C4H8 + C7H5C1O3 → C4H8O + ClC7H5O2.a.b.If you did this experiment in a lab and obtained 39 g of epoxybutane, what would be the percent yield?If instead you had started with 0.34 moles of butene, what is the minimum amount of m-CPBA (in moles)required to completely consume the butene?

Given: Mass of butene= 41.5g Molar mass of butene= 56g/mol Moles of epoxybutane= 0.74 moles Molar…

When 41.5 grams butene (C4H8, M=56 g/mol) reacts with m-CPBA (C7H5C1O3), we expect 0.74 moles of poxybutane (C4H80, M = 72 g/mol) and some amount of m-chlorobenzoic acid (CIC7H5CO₂) to form. The chemical quation for this reaction is: C4H8 + C7H5C103- → C4H8O+ClC7H5O2. If you did this experiment in a lab and obtained 39 g of epoxybutane, what would be the percent yield? If instead you had started with 0.34 moles of butene, what is the minimum amount of m-CPBA (in moles) required to completely consume the butene?

When 41.5 grams butene (C4H8, M=56 g/mol) reacts with m-CPBA (C7H5C1O3), we expect 0.74 moles of poxybutane (C4H80, M = 72 g/mol) and some amount of m-chlorobenzoic acid (CIC7H5CO₂) to form. The chemical quation for this reaction is: C4H8 + C7H5C103- → C4H8O+ClC7H5O2. If you did this experiment in a lab and obtained 39 g of epoxybutane, what would be the percent yield? If instead you had started with 0.34 moles of butene, what is the minimum amount of m-CPBA (in moles) required to completely consume the butene?

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter10: Fuels, Organic Chemicals, And Polymers

Section10.1: Petroleum

Problem 10.1E: Heptane, C7H16, can be catalytically reformed to make toluene, C6H5CH3, another seven-carbon...

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