The temperature dependence of the viscosity of a gas is given by the expression: AByiscosity u = A exp (- RT Where AE=heat of viscosity (kJ/mol) and A = constant The following data were obtained for...

What is the linearized form of the given equation

The temperature dependence of the viscosity of a gas is given by the expression:<br>AByiscosity<br>u = A exp (-<br>RT<br>Where AE=heat of viscosity (kJ/mol) and A = constant<br>The following data were obtained for the viscosity of benzene as a function of<br>temperature:<br>T(°C)<br>µ(Pa s)<br>Calculate the viscosity of the gas(Ibm/ft s), heat of viscosity(cal/mol) and constant A.<br>-35<br>-15<br>-10<br>10<br>40<br>6015<br>246<br>35<br>12<br>1.5<br>0.7<br>

Extracted text: The temperature dependence of the viscosity of a gas is given by the expression: AByiscosity u = A exp (- RT Where AE=heat of viscosity (kJ/mol) and A = constant The following data were obtained for the viscosity of benzene as a function of temperature: T(°C) µ(Pa s) Calculate the viscosity of the gas(Ibm/ft s), heat of viscosity(cal/mol) and constant A. -35 -15 -10 10 40 6015 246 35 12 1.5 0.7

Jun 11, 2022

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The temperature dependence of the viscosity of a gas is given by the expression: AByiscosity u = A exp (- RT Where AE=heat of viscosity (kJ/mol) and A = constant The following data were obtained for...

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