Question

IULUI MU UNS Word Document or print out and write on it or write your work on your own sheet of paper (but have the question written out) 3) save the file with last name followed by first name 4) upload your file (either as word or as a PDF or pic) and put into the labeled Dropbox folder in Folio by the deadline. You can find the Dropbox folder under the assessments tab. 1) The Keg for the reaction below at 1530°C is 1.2 X 104. Determine the equilibrium concentrations of all species when 1 mol/L of nitrogen and oxygen is placed in the vessel and allowed to reach equilibrium. Write out the ICE table to help guide your calculations. (2 points if all correct) N> (g) + O2(g) 2 NO(g) 2) At a given temperature, the Keg for the reaction 2H1 (g) + H2(g) + 12 (g) is 1.4 x 10 If the concentration of both H2 and ly at equilibrium is 2 x 10 *M, find the equilibrium concentration of HI (hint: you don't need an ICE table for this). (2 points if all correct) 3) 0.035 moles of SO2, 0.500 moles of So Cly, and 0.080 moles of Cl, are combined in an evacuated 5.00 L flask and heated to 100°C (see reaction below). What is Q at these intial concentrations listed? Which direction will the reaction proceed in order to establish equilibrium? (2 points if all correct) SO_C12(e) $502(b) + Cl2(e) K-0.078 at 100°C D. Focus 28 E fe

can someone help me with these ?
thanks

Answer 1

ke a 1.2 x 15 O2 lg , Imol 2 No (g) I mol +22 но ) Y lon 2 n E lax [no]² key[Na] [O] 1.2 x 10 = (1-n) (1-2) - 28571.43x² = 1. 1 - 2x + x 28570.43 x2 + 2x 1 = 0 By sung quadratic , x. 0.00588 At Equilitonian (No = lan -1- 0,00588 - 0.99 mol a = 0.99 Mol In - 1 - 0,00088 [2] = mol = 0.0118 Scans 22=2X0.00588 Canscanner