When 0.152 mol of solid PH₃BCl₃ is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯³ mol of PH₃ is present at equilibrium:
PH₃BCl₃(s) PH₃(g) + BCl₃(g)
Construct a reaction table for the process, and use it to calculate K_c at this temperature.

Question

When 0.152 mol of solid PH₃BCl₃ is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯³ mol of PH₃ is present at equilibrium:
PH₃BCl₃(s) When 0.152 mol of solid PH3BCl3 is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯3 mol of PH3 is present at equilibrium: PH3BCl3(s) PH3(g) + BCl3(g) Construct a reaction table for the process, and use it to calculate Kc at this temperature.

When 0.152 mol of solid PH<sub>3</sub>BCl<sub>3</sub> is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯<sup>3</sup> mol of PH<sub>3</sub> is present at equilibrium: PH<sub>3</sub>BCl<sub>3</sub>(s) PH<sub>3</sub>(g) + BCl<sub>3</sub>(g) Construct a reaction table for the process, and use it to calculate K<sub>c</sub> at this temperature.

PH₃(g) + BCl₃(g)
Construct a reaction table for the process, and use it to calculate K_c at this temperature. When 0.152 mol of solid PH3BCl3 is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯3 mol of PH3 is present at equilibrium: PH3BCl3(s) PH3(g) + BCl3(g) Construct a reaction table for the process, and use it to calculate Kc at this temperature.

Quizplus · Accepted Answer

The Answer of When 0.152 mol of solid PH₃BCl₃ is introduced into a 3.0 L container at a certain temperature, 8.44 *10¯³ mol of PH₃ is present at equilibrium: PH₃BCl₃(s) PH₃(g) + BCl₃(g) Construct a reaction table for the process, and use it to calculate K_c at this temperature.

When 0152 Mol of Solid PH3BCl3 Is Introduced into a 3

When 0152 Mol of Solid PH₃BCl₃ Is Introduced into a 3