The ratio of u avg and u rms of a gas at a particular temperature isA. 1.1086: 1B. 0.92: 1C. 1: 1.1086D. 1:0.92
![Given: Incompressible flow in a circular channel and Re = 1800, where D = 10 mm. Find: (a) Re = f (Q, D, ) (b) Re = f(dm/dt, D, ) (c) Given: Incompressible flow in a circular channel and Re = 1800, where D = 10 mm. Find: (a) Re = f (Q, D, ) (b) Re = f(dm/dt, D, ) (c)](https://images.slideplayer.com/20/5967064/slides/slide_53.jpg)
Given: Incompressible flow in a circular channel and Re = 1800, where D = 10 mm. Find: (a) Re = f (Q, D, ) (b) Re = f(dm/dt, D, ) (c)
![Influence of the AVG parameter on the p 50 and p 90 found both during... | Download Scientific Diagram Influence of the AVG parameter on the p 50 and p 90 found both during... | Download Scientific Diagram](https://www.researchgate.net/publication/345963363/figure/fig2/AS:964982430760960@1607081148125/Influence-of-the-AVG-parameter-on-the-p-50-and-p-90-found-both-during-FFT-demodulationand.png)
Influence of the AVG parameter on the p 50 and p 90 found both during... | Download Scientific Diagram
![Identify the correct labels of A, B and C in the following graph from the options given below:Root mean square speed urms; most probable speed ump; Average speed uav Identify the correct labels of A, B and C in the following graph from the options given below:Root mean square speed urms; most probable speed ump; Average speed uav](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1528082/original_845365.png)