Data and Results Equilibrium Constant Tube 1 Absorbance 426 2 - 3 [FeSCN2) 4.2 xrotor 2.50X10 3.58x 10 + 48x15 s. 19 x 10 -+ 4 T72 1,468 1.690 5 Calculate the numbers of moles and the equilibrium concentrations for each tube, as outlined in the Sample Calculation above. Record the results in the tables below: Initial Number of Moles Tube Equilibrium Number of Moles FeSCN2+ Fe3+ SCN Fe3+ SCN FeSCN2 0 1 2 0 3 0 4 0 5 0 Data and Results Equilibrium Constant Tube 1 Absorbance 426 2 - 3 [FeSCN2) 4.2 xrotor 2.50X10 3.58x 10 + 48x15 s. 19 x 10 -+ 4 T72 1,468 1.690 5 Calculate the numbers of moles and the equilibrium concentrations for each tube, as outlined in the Sample Calculation above. Record the results in the tables below: Initial Number of Moles Tube Equilibrium Number of Moles FeSCN2+ Fe3+ SCN Fe3+ SCN FeSCN2 0 1 2 0 3 0 4 0 5 0