At a temperature of 1000K, when equilibrium is established in chamber 1 for this reaction:   2SO2(g) + O2(g)   ⬄  2SO3(g)  DH = -197.78 kJ/mol   The quantity of each gas in the system is SO3 = 1.00 x 102 mol, SO2 = 4.15 mol, and O2 = 2.07 mol and the volume of chamber 1 is 10.0L. The pressure on the contents is increased so that the volume in chamber 2 is 1/10 the volume in chamber 1.  The temperature is maintained at 1000 K. You must list any equations used, show your work, and all numbers must have units. Significant figure and rounding rules apply.    a.  What is the value of the equilibrium constant, Kc, in chamber 1?

   At a temperature of 1000K, when equilibrium is established in chamber 1 for this reaction:   2SO2(g) + O2(g)   ⬄  2SO3(g)  DH = -197.78 kJ/mol   The quantity of each gas in the system is SO3 = 1.00 x 102 mol, SO2 = 4.15 mol, and O2 = 2.07 mol and the volume of chamber 1 is 10.0L. The pressure on the contents is increased so that the volume in chamber 2 is 1/10 the volume in chamber 1.  The temperature is maintained at 1000 K. You must list any equations used, show your work, and all numbers must have units. Significant figure and rounding rules apply.    c. Calculate the equilibrium constant, Kp, for the reaction in chamber 1 and 2.

Anticoagulant found in the blood:

Formation of lymph:

A disorder of red blood cell morphology is:

All of the following are part of the immune system except:

White blood cell with reddish granules; numbers increase in allergic reactions:

Foreign material that invades the body:

Pigment produced from hemoglobin when red blood cells are destroyed:

Examples of immunoglobulins: