With 'n' variables and 'm' fundamental dimensions in a system, which one of the following statements relating to the application of the Buckingham's Pi Theorem is incorrect ?-A-With experience, pi terms can be written simply by inspection of variables in a flow systemB-Buckingham's pi theorem is not directly applicable in compressible flow problemC-Buckingham's pi theorem yields dimensionless pi terms given by the difference between the number of variables and the number of fundamental dimensionsD-Buckingham's pi theorem reduces the number of variables by the number of fundamental dimensions involved.-B-Buckingham's pi theorem is not directly applicable in compressible flow problem

Question

With &#39;n&#39; variables and &#39;m&#39; fundamental dimensions in a system, which one of the following statements relating to the application of the Buckingham&#39;s Pi Theorem is incorrect ?-A-With experience, pi terms can be written simply by inspection of variables in a flow systemB-Buckingham&#39;s pi theorem is not directly applicable in compressible flow problemC-Buckingham&#39;s pi theorem yields dimensionless pi terms given by the difference between the number of variables and the number of fundamental dimensionsD-Buckingham&#39;s pi theorem reduces the number of variables by the number of fundamental dimensions involved.-B-Buckingham&#39;s pi theorem is not directly applicable in compressible flow problem

APTITUDE CRACK · Accepted Answer

B Buckingham&#39;s pi theorem is not directly applicable in compressible flow problem No answer description is available.

UPSC Civil Service Exam Questions - Engineering

With 'n' variables and 'm' fundamental dimensions in a system, which one of the following statements relating to the application of the Buckingham's Pi Theorem is incorrect ?

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UPSC Civil Service Exam Questions - Engineering

With 'n' variables and 'm' fundamental dimensions in a system, which one of the following statements relating to the application of the Buckingham's Pi Theorem is incorrect ?

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