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The equation for the preparation of phosphorous in an electric furnace is QCas(PO)2 + 6SIO, + 10C = 6CaSiO, + 10CO + P, DETERMINE THE FOLLOWING: a) The number of mol of phosphorus formed for each mol of Cas(PO,), used. b) The number of gram of phosphorus formed per mol of Cas(PO)2 used. c) The number of mole of SiO required per mol of Cas(PO,)2 used.

The equation for the preparation of phosphorous in an electric furnace is QCas(PO)2 + 6SIO, + 10C = 6CaSiO, + 10CO + P, DETERMINE THE FOLLOWING: a) The number of mol of phosphorus formed for each mol of Cas(PO,), used. b) The number of gram of phosphorus formed per mol of Cas(PO)2 used. c) The number of mole of SiO required per mol of Cas(PO,)2 used.

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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The equation for the preparation of phosphorous in an electric furnace is QCas(PO)2 + 6SIO, + 10C 6CASIO, + 10CO + PA DETERMINE THE FOLLOWING: a) The number of mol of phosphorus formed for each mol of Cas(PO,), used. b) The number of gram of phosphorus formed per mol of Cas(PO,)2 used. c) The number of mole of SiO, required per mol of Cas(PO,)2 used.
Transcribed Image Text:The equation for the preparation of phosphorous in an electric furnace is QCas(PO)2 + 6SIO, + 10C 6CASIO, + 10CO + PA DETERMINE THE FOLLOWING: a) The number of mol of phosphorus formed for each mol of Cas(PO,), used. b) The number of gram of phosphorus formed per mol of Cas(PO,)2 used. c) The number of mole of SiO, required per mol of Cas(PO,)2 used.
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