b. ak comaitiee equilitrium getia c. From your anwe hich direction 11 15.50 At 25 Cthe re 15.48 At 80 °C, K 1.87 x 10 for the reaction PH3BCl(6) CaCr PH3(g)+BCl(g) has an equila the equilibri...

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b. ak comaitiee<br>equilitrium getia<br>c. From your anwe<br>hich direction<br>11<br>15.50 At 25 Cthe re<br>15.48 At 80 °C, K 1.87 x 10 for the reaction<br>PH3BCl(6)<br>CaCr<br>PH3(g)+BCl(g)<br>has an equila<br>the equilibri<br>saturated so<br>(a) Calculate the equilibrium concentrations of PH, and<br>BCI, if a solid sample of PH,BCl, is placed in a closed<br>vessel and decomposes until equilibrium is reached.<br>(b) If the flask has a volume of 0.500 L, what is the mini-<br>mum mass of PH,BCI () that must be added to the flask<br>to achieve equilibrium?<br>

Extracted text: b. ak comaitiee equilitrium getia c. From your anwe hich direction 11 15.50 At 25 Cthe re 15.48 At 80 °C, K 1.87 x 10 for the reaction PH3BCl(6) CaCr PH3(g)+BCl(g) has an equila the equilibri saturated so (a) Calculate the equilibrium concentrations of PH, and BCI, if a solid sample of PH,BCl, is placed in a closed vessel and decomposes until equilibrium is reached. (b) If the flask has a volume of 0.500 L, what is the mini- mum mass of PH,BCI () that must be added to the flask to achieve equilibrium?

Jun 09, 2022

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b. ak comaitiee equilitrium getia c. From your anwe hich direction 11 15.50 At 25 Cthe re 15.48 At 80 °C, K 1.87 x 10 for the reaction PH3BCl(6) CaCr PH3(g)+BCl(g) has an equila the equilibri...

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