9953 25100 If you begin with 995 g of CH4 and 2510 g of water, what is the maximum possible yield of H2? 995gcHyx2moCHy x 16.35304 2-0ag i y I0ICHY, 1omol 3molH2 miting reathont 9953CH4X Tu.05gcHy 2510g H20 x. 18.029H2D =139 3763 H2 3. Disulfur dichloride, S2CI2, is used to vulcanize rubber. It can be made by treating molten sulfur with gaseous chlorine: S8(1) + 4 C2(g) → 4 S2Cl2(1) Starting with a mixture of 32.0 g of sulfur and 71.0 g of Cl2, which is the limiting reactant? What mass of S2Cl2 (in grams) can be produced? What mass of the excess reactant remains when the limiting reactant is consumed? 1orol 3235X 329521m'sy 256.489 ymoissl2x 135-02 2564る 1mols9 ImolSscl2 imiting 719(12x 1 mol 70.9gcl2=D1 al: 367g52cl2 Percent Yield 135.09-1359-0-02 9.25 4. Diborane, B2H6, is a valuable compound in the synthesis of new organic compounds. One of several ways this born compound can be made is by the reaction 2 NABH4(s) + I2(s) → B2H6(g) + 2 Nal(s) + H2(g) Suppose you use 1.203 g of NABH4 with an excess of iodine and obtain 0.295 g of B2H6. What is the percent yield of B2H6? auter 1203g Na8 Hux 1moiNaBHy 1moi B2t6 75.68aMaBlY molskshl4 Am8,4, 27-68 P0.220 0-220 x130 0.295

9953 25100 If you begin with 995 g of CH4 and 2510 g of water, what is the maximum possible yield of H2? 995gcHyx2moCHy x 16.35304 2-0ag i y I0ICHY, 1omol 3molH2 miting reathont 9953CH4X Tu.05gcHy 2510g H20 x. 18.029H2D =139 3763 H2 3. Disulfur dichloride, S2CI2, is used to vulcanize rubber. It can be made by treating molten sulfur with gaseous chlorine: S8(1) + 4 C2(g) → 4 S2Cl2(1) Starting with a mixture of 32.0 g of sulfur and 71.0 g of Cl2, which is the limiting reactant? What mass of S2Cl2 (in grams) can be produced? What mass of the excess reactant remains when the limiting reactant is consumed? 1orol 3235X 329521m'sy 256.489 ymoissl2x 135-02 2564る 1mols9 ImolSscl2 imiting 719(12x 1 mol 70.9gcl2=D1 al: 367g52cl2 Percent Yield 135.09-1359-0-02 9.25 4. Diborane, B2H6, is a valuable compound in the synthesis of new organic compounds. One of several ways this born compound can be made is by the reaction 2 NABH4(s) + I2(s) → B2H6(g) + 2 Nal(s) + H2(g) Suppose you use 1.203 g of NABH4 with an excess of iodine and obtain 0.295 g of B2H6. What is the percent yield of B2H6? auter 1203g Na8 Hux 1moiNaBHy 1moi B2t6 75.68aMaBlY molskshl4 Am8,4, 27-68 P0.220 0-220 x130 0.295

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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