Introduction to Engineering Computing (CHEN10040) 5. Solver The Antoir equation is given by the following expression...

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Introduction to Engineering Computing (CHEN10040) 5. Solver The Antoir equation is given by the following expression log10 Psat = A - B T + C where psat is the saturated vapour pressure (in pressure units of bar; 1 bar = 105 Nm2) exhibited above a liquid. A, B and Care Antoine constants (values particular to a liquid) and T is the temperature in Kelvin. This equation provides a means of determining the vapour pressure above a liquid at any temperature (with a range specified by the formula). Exercise 5: In a new Worksheet (call it 'antoine solver'), you have been given the following Antoine constants for liquid water A = 4.6543; B = 1435.264; C = -64.848 Use Solver (in Excel) to find out at what temperature psat = 1 atmosphere pressure, namely 1.01325 bar. Introduction to Engineering Computing (CHEN10040) 5. Solver The Antoir equation is given by the following expression log10 Psat = A - B T + C where psat is the saturated vapour pressure (in pressure units of bar; 1 bar = 105 Nm2) exhibited above a liquid. A, B and Care Antoine constants (values particular to a liquid) and T is the temperature in Kelvin. This equation provides a means of determining the vapour pressure above a liquid at any temperature (with a range specified by the formula). Exercise 5: In a new Worksheet (call it 'antoine solver'), you have been given the following Antoine constants for liquid water A = 4.6543; B = 1435.264; C = -64.848 Use Solver (in Excel) to find out at what temperature psat = 1 atmosphere pressure, namely 1.01325 bar.

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Solution Antoine equation is Sat A A 46543 At p sat From z D Log0 latm logio p P B 14... View the full answer