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Interprets the PFT result below.  Pick all that Applies…

Interprets the PFT result below.  Pick all that Applies Pulmonary Mechanics % Predicted   FVC 88%   FEV1 77%   FEV1/FVC 82%   FEF25 85%   FEF50 82%   FEF75 79%   FEF200-1200 81%   PEFR 82%         Lung Volumes     SVC 89%   IC 85%   FRC 90%   TLC 91%   Vt 93%   ERV 85%   IRV 88%   RV 89%   RV/TLC 25%               Diffusion Defect     DLCO 88%   DLCO/VA 92%         Pre- Bronchodilator     FEV1 –  Pre 3.5 L   Post-Bonchodilator     FEV1  –  Post 3.8 L    

Consider the reaction of elemental bromine with elemental ch…

Consider the reaction of elemental bromine with elemental chlorine to make a bromochloride compound at 600 K:                                          Br2(g)  +  Cl2(g)   ⇌   2 BrCl(g)       KP = 81.0 A closed vessel at 600 K is charged with 3.00 atm of Br2(g) and 3.00 atm of Cl2(g) initially and allowed to reach equilibrium. What is the partial pressure of the BrCl (in atm) at that equilibrium? Hint: BrCl has a coefficient of 2. 

Consider the reaction of the decomposition of bromochloride…

Consider the reaction of the decomposition of bromochloride to make elemental bromine with elemental chlorine at a particular temperature:                                        2 BrCl(g)   ⇌   Br2(g)  +  Cl2(g)         KP = 81.0 A closed vessel at this temperature is charged with 3.00 atm of BrCl initially and allowed to reach equilibrium. What is the partial pressure of the Br2 (in atm) at that equilibrium?