- 1 The Redlich Kwong Is Given Below Determine The Volume In A 3m Tank At A Temperature T Of 313 Degree Kelvin With 1 (71.3 KiB) Viewed 13 times
1. The Redlich - Kwong is given below. Determine the volume in a 3m³ tank at a temperature (T) of 313 degree Kelvin with a pressure (P) of 65 kPa using Bisection Method for Pc = 4.6 kPa, Tc = 191 degree Kelvin and the universal gas constant (R) of 0.518 kJ/kg °K. Complete the tabulated solution. Terminate if Ea ≤ 0.00001. (Hint: Substitute values and neglect the units. Solve variables a and b first then use it in the function) RT a Tc P = a = 0.427 R²Tc²5 Pc b = 0.0866 R (v_b) v(v + b)√T Pc n Vo V₂ V₁ f(V₂) 1 4 3 2 3 4 5 6 7 8 9 10 11 12 13 2. Determine the height (h) using Regula - Falsi method from the function if r = 3m, L= 3m and V = 14 m³. Show solution and complete the tabulated solution. Terminate if Ea ≤ 0.00001 V = [r²cos-¹ (r = h) - (r-h)√/2rh - h²|L n h₂ h₁ f(ho) f(h₂) f(h₁) 1 2 2 3 4 3. Determine h if V = 1.1535 m³ and r= 1m using Fixed point iteration on the given convergent equation. Compute the convergence, g(x). Show solution and complete the table of results. ho 1