Solution	Absorbance	[Fe(SCN)2+]eq
B-1	0.060	1.4*10-5
B-2	0.151	3.8*10-5
B-3	0.323	8.07*10-5
B-4	0.381	9.5*10-5
B-5	0.427	1.06*10-4

Solution	Vol of 0.002 M Fe3+	Volume of 0.002 M SCN-	Volume of H2O
B-1	5.0 mL	1.0 mL	5.0 mL
B-2	5.0 mL	2.0 mL	4.0 mL
B-3	5.0 mL	3.0 mL	3.0 mL
B-4	5.0 mL	4.0 mL	2.0 mL
B-5	5.0 mL	5.0 mL	1.0 mL

2. Determine the equilibium concentration of each of thereactants and products in Solution B-1 using thetable provided below (ICE table). Fill in all blank values

	[Fe3+]	[SCN-]	[Fe(SCN)2+]
Initial Concentration
Change in Equilibrium
Equilibrium Concentration

3.Determine the equilibium concentration of each of thereactants and products in Solution B-2 using thetable provided below (ICE table). Fill in all blank values

	[Fe3+]	[SCN-]	[Fe(SCN)2+]
Initial Concentration
Change in Concentration
Equilibrium Concentration

4.Determine the equilibium concentration of each of thereactants and products in Solution B-3 using thetable provided below (ICE table). Fill in all blank values

	[Fe3+]	[SCN-]	[Fe(SCN)2+]
Initial Concentration
Change in Concentration
Equilibrium Concentration

5. Determine the equilibium concentration of each of thereactants and products in Solution B-4 using thetable provided below (ICE table). Fill in all blank values

	[Fe3+]	[SCN-]	[Fe(SCN)2+]
Initial Concentration
Change in Equilibrium
Equilibrium Concentration

6.Determine the equilibium concentration of each of thereactants and products in Solution B-5 using thetable provided below (ICE table). Fill in all blank values

	[Fe3+]	[SCN-]	[Fe(SCN)2+
Initial Concentration
Change in Equilibrium
Equilibrium Concentration

I have no idea how to do problems 2-6. Could someone please helpme. Your help is always greatly appreciated! Thank you inadvance.