b. How many moles of FeS, are needed to produce 8.6 moles of SO,?4. The combustion of the organic fuel decane is outlined in the chemical equation below. You mustbalance the equation in order to answer the subsequent questions a-c.C10H22 +_CO, +H,0-a. How many moles of CO, are produced if 5.0 moles ofCH, react with an excess of 0,? (HiExcess means you have more than enough O, to fully react with all the C,H.)b. How many moles of O, react perfectly with 0.75 moles of C,H,?c. How many moles of O, would be required to produce 4.0 moles of H,O?

Given unbalanced chemical equation for the combustion of decane is ___ C10H22 + ___ O2 ------>…

4. The combustion of the organic fuel decane is outlined in the chemical equation below. You must balance the equation in order to answer the subsequent questions a-c. C10H22 + O2 _CO, + H,0 - -- a. How many moles of CO, are produced if 5.0 moles of C,H, react with an excess of 0,? (Him Excess means you have more than enough O, to fully react with all the C,H.) b. How many moles of O, react perfectly with 0.75 moles of C,,H,? C. How many moles of O, would be required to produce 4.0 moles of H,O?

4. The combustion of the organic fuel decane is outlined in the chemical equation below. You must balance the equation in order to answer the subsequent questions a-c. C10H22 + O2 _CO, + H,0 - -- a. How many moles of CO, are produced if 5.0 moles of C,H, react with an excess of 0,? (Him Excess means you have more than enough O, to fully react with all the C,H.) b. How many moles of O, react perfectly with 0.75 moles of C,,H,? C. How many moles of O, would be required to produce 4.0 moles of H,O?

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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estion 4 of 21 Balance the combustion reaction in order to answer the question. Use lowest whole-number coefficients. combustion reaction: C,H, + 0, → CO, + H,O A conbustion reaction occurs between 6.0 mol O, and 187 g C,H,. Upon completion of the reaction, is there any C,H, remaining? Yes, there is still C,H, remaining. O No, all of the C,H, is used up in the reaction.
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