Question 8 of 17 If the reaction quotient (Q) is larger than the equilibrium constant (K) for a reaction then which way will the reaction proceed? A) The reaction will proceed toward products Submit B) The reaction will proceed towards reactants. C) The reaction is at equilibrium and the reaction will stop completely. D) The reaction is at equilibrium and the reaction will proceed at equal rates in the reverse and forward direction. E) The reaction equation is required to answer this question.

Numerical analysis problem Find (by hand and calculator) the least squares fit and RMSE error for the periodic models

Q4: For the following separation system, we know the inlet mass flow rate (in Kg/hr) and the mass fractions of each species in the inlet flow (F) and each outlet flow (F1, F2, and F3). We want to calculate the unknown mass flow rates of each outlet stream.

Problem Description:Model the bracket in ANSYS Software by using a solid 8 node plane stress element for following description. Geometry: The thickness of the bracket is 3.125 mmMaterial: Assume the structure is made of steel with modulus of elasticity E=200 GPa.Boundary conditions: The bracket is fixed at its left edge.Loading: The bracket is loaded uniformly along its top surface. The load is 2625 N/meter.(i) Plot deformed shape(ii) Determine the principal stress and the von Mises stress. (Use the stress plots to determine these) You are required to solve the above problem in Ansys APDL and submit the results IMPORTANT: Convert all dimensions and forces into SI units