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Mass of A to Volume of B 14) Forthe reaction Pa(s) • 6 Hz(g) → 4 PHs(g) a) If 15 g of Pa were used, how many Iters of PHs were produced? b) How many Iiters of Hz are required to completely react with 15 g of P.? c) How many grams of PHs will be produced if 6.0L of H: are used? Molar Mass of P4: 1 mol P4 = a) L PH3 b) L H2 Molar Mass of PH3: 1 mol PH3 = g PH3

Mass of A to Volume of B 14) Forthe reaction Pa(s) • 6 Hz(g) → 4 PHs(g) a) If 15 g of Pa were used, how many Iters of PHs were produced? b) How many Iiters of Hz are required to completely react with 15 g of P.? c) How many grams of PHs will be produced if 6.0L of H: are used? Molar Mass of P4: 1 mol P4 = a) L PH3 b) L H2 Molar Mass of PH3: 1 mol PH3 = g PH3

Chemistry
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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Solve the following problems. Remember to round to the nearest hundredth.

Solve the following problems, use your mole map as a guide. Remember to round to the nearest hundredth. https://www.desmos.com/scientific Mass of A to Volume of B 14) Forthe reaction Pa(9) • 6 Ha(g) → 4 PHy(g) a) If 15 g of Pa were used, how many iters of PHa were produced? b) How many iters of H: are required to completely react with 15 g of Pe? c) How many grams of PHs will be produced if 6.0 L of Hz are used? Molar Mass of P4:1 mol P4 = L PH3 b) L H2 Molar Mass of PH3: 1 mol PH3 = g PH3
Transcribed Image Text:Solve the following problems, use your mole map as a guide. Remember to round to the nearest hundredth. https://www.desmos.com/scientific Mass of A to Volume of B 14) Forthe reaction Pa(9) • 6 Ha(g) → 4 PHy(g) a) If 15 g of Pa were used, how many iters of PHa were produced? b) How many iters of H: are required to completely react with 15 g of Pe? c) How many grams of PHs will be produced if 6.0 L of Hz are used? Molar Mass of P4:1 mol P4 = L PH3 b) L H2 Molar Mass of PH3: 1 mol PH3 = g PH3
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