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__P4(s) + __Cl2(g) ® __PCl5(g) ΔH°rxn = –1500 kJ          The reaction is _____thermic, heat flows _____, bonds between atoms become ___________er In a reaction mixture of 0.22 g(P4) and 1.45 g(Cl2):         The 0.22 grams of P4 are enough to form _______ mol(PCl5)               _______ LSTP (PCl5) The 1.45 grams of Cl2 are enough to form _______ mol(PCl5)              _______ LSTP (PCl5) The limiting reagent (LR) in the mixture is _______ The theoretical yield of PCl5 is _______ mol and _______ LSTP (liters at STP)

__P4(s) + __Cl2(g) ® __PCl5(g) ΔH°rxn = –1500 kJ          The reaction is _____thermic, heat flows _____, bonds between atoms become ___________er In a reaction mixture of 0.22 g(P4) and 1.45 g(Cl2):         The 0.22 grams of P4 are enough to form _______ mol(PCl5)               _______ LSTP (PCl5) The 1.45 grams of Cl2 are enough to form _______ mol(PCl5)              _______ LSTP (PCl5) The limiting reagent (LR) in the mixture is _______ The theoretical yield of PCl5 is _______ mol and _______ LSTP (liters at STP)

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.69PAE: 4.69 The pictures below show a molecular-scale view of a chemical reaction between H2 and CO to...
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__P4(s) + __Cl2(g) ® __PCl5(g) ΔH°rxn = –1500 kJ         

The reaction is _____thermic, heat flows _____, bonds between atoms become ___________er

In a reaction mixture of 0.22 g(P4) and 1.45 g(Cl2):        

The 0.22 grams of P4 are enough to form _______ mol(PCl5)               _______ LSTP (PCl5)

The 1.45 grams of Cl2 are enough to form _______ mol(PCl5)              _______ LSTP (PCl5)

The limiting reagent (LR) in the mixture is _______

The theoretical yield of PCl5 is _______ mol and _______ LSTP (liters at STP)

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