any 1. Solve using (a) bisection method and (b) newton-raphson. Use initial guess. (10pts.) The ideal...

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any 1. Solve using (a) bisection method and (b) newton-raphson. Use initial guess. (10pts.) The ideal gas law is given by PV = RT, where P is the pressure, V is the specific volume, R is the universal gas constant and T is the temperature. This equation is only accurate for a limited range of pressure and temperature. Vander Waals came up with an equation that was accurate for larger ranges of pressure and temperature given by a (P+) (V – b) = RT 0.08, а 3 Where a and b are empirical constants dependent on a particular gas. Given the value of R = 3.592, b = 0.04267, P = 10 and T = 500 (assuming all units are consistent), one is going to find the specific volume,V, for the above values. any 1. Solve using (a) bisection method and (b) newton-raphson. Use initial guess. (10pts.) The ideal gas law is given by PV = RT, where P is the pressure, V is the specific volume, R is the universal gas constant and T is the temperature. This equation is only accurate for a limited range of pressure and temperature. Vander Waals came up with an equation that was accurate for larger ranges of pressure and temperature given by a (P+) (V – b) = RT 0.08, а 3 Where a and b are empirical constants dependent on a particular gas. Given the value of R = 3.592, b = 0.04267, P = 10 and T = 500 (assuming all units are consistent), one is going to find the specific volume,V, for the above values.