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QUESTION 3 3.00000 ?. The initial concentrations or pressures of reactants and products are given for each of the following systems. Calculate the reaction quotient and use it to determine the direction in which each system will proceed to reach equilibrium. Write R if the reactions shifts to the right towards products or L if it shifts left towards reactants A. (NO 1.00 M, (Cl2)-1.00 M, (NOCI 0.00 M: K -4.6 x 104 2 NO() + Cl22 NOCI) B. {SO3) = 2.00 M, {SO2)-2.00 M, {02} = 2.00 M: K = 0.230 2 SO3 (2 SO2 () 02 (0) ?. {N2)-0.100 M, {02)-0.200 M. (NO)-1 .00 M: K . 0.050 N2 to) + 02 (0)2 NO@) Note: concentrations are shown with non-standard brackets ENOj rather than the traditional brackets due to Blackboard formatting issues.)
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veactton shifts b hight (proouet sidh) 23030219) 2. ge> K. reaction cesfes to Qoft Creadant side) Teaetions shifts to loft

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