Decane (C10H22) is the hydrocarbon combusted in diesel fuel engines, the equation isshown below.2C10H22 + 3102 --> 20CO2 + 22H20Select the equation that determines how many grams of decane (C10H22) are required toproduce 30.0 grams of CO2.1 mole CO44.01 g CO,142.276 y Cn H21 mole Cho H30.0 g CO22 moles C1o H2120 snoles CO244.01 g CO21 mole CO2142.276 g Co H21 mole C1aHz30.0 g CO2142.276 g Co H31 niole C1o H30.0 g CO21 mole CO.144.01 g CO,44.01 g CO21 mole CO1 moles CoHz21 moles CO,142.276 y Cu H231 mole C10H230.0 g CO2

Given-> 2C10H22 + 31O2---> 20CO2 +22H2O Weight of CO2 = 30.0 gm

Decane (C10H22) is the hydrocarbon combusted in diesel fuel engines, the equation is shown below. 2C10H22 + 3102 --> 20CO2 + 22H2O Select the equation that determines how many grams of decane (C10H22) are required to produce 30.0 grams of CO2. 1 mole CO2 44.01 g CO 142.276 y Cn Hn 1 mole Cho H 30.0 g CO2 2 moles C1o Hy2 1 20 noles CO2 44.01 g CO2 1 mole CO2 142.276 g Cho H2 1 mole C1aH2 1 30.0 g CO, 1 mole CO. 44.01 g CO2 142.276 g CoHn 1 nole C1o H 30.0 g CO2 1 142.276 y Cu Ha 1 nole C10 H 1 moles CgH2 44.01 g CO2 1 mole CO 1 moles CO2 30.0 g C'O2

Decane (C10H22) is the hydrocarbon combusted in diesel fuel engines, the equation is shown below. 2C10H22 + 3102 --> 20CO2 + 22H2O Select the equation that determines how many grams of decane (C10H22) are required to produce 30.0 grams of CO2. 1 mole CO2 44.01 g CO 142.276 y Cn Hn 1 mole Cho H 30.0 g CO2 2 moles C1o Hy2 1 20 noles CO2 44.01 g CO2 1 mole CO2 142.276 g Cho H2 1 mole C1aH2 1 30.0 g CO, 1 mole CO. 44.01 g CO2 142.276 g CoHn 1 nole C1o H 30.0 g CO2 1 142.276 y Cu Ha 1 nole C10 H 1 moles CgH2 44.01 g CO2 1 mole CO 1 moles CO2 30.0 g C'O2

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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