QUESTION 4 The equations must be dimensionally consistent in order to be able to operate. Each term must have the same net dimensions and units in the equation For example, the van der Waals equation...

QUESTION 4<br>The equations must be dimensionally consistent in order to be able to operate. Each term must have the same<br>net dimensions and units in the equation For example, the van der Waals equation is dimensionally consisten<br>t.<br>P+<br>(V - b) = RT<br>P= Pressure kPa<br>R=universal gas constant J/mol K<br>absolute temperature K<br>V= Specific Volume mkg<br>6 = gas costant<br>gas constant<br>O True<br>False<br>

Extracted text: QUESTION 4 The equations must be dimensionally consistent in order to be able to operate. Each term must have the same net dimensions and units in the equation For example, the van der Waals equation is dimensionally consisten t. P+ (V - b) = RT P= Pressure kPa R=universal gas constant J/mol K absolute temperature K V= Specific Volume mkg 6 = gas costant gas constant O True False

Jun 09, 2022

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QUESTION 4 The equations must be dimensionally consistent in order to be able to operate. Each term must have the same net dimensions and units in the equation For example, the van der Waals equation...

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