What Kind of Analysis Can Be Done on These Graphs?

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Homework Help Overview

The discussion revolves around analyzing two graphs, with the original poster seeking guidance on the types of analysis that can be performed. The subject area appears to involve graphical data interpretation and possibly fluid dynamics, given the mention of pressure gradients.

Discussion Character

  • Exploratory, Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • Participants question the clarity of the original poster's request and seek to understand the specific analysis goals. Some suggest examining the pressure gradient changes depicted in the graphs, while others inquire about potential mathematical forms for the curves represented.

Discussion Status

The discussion is in an exploratory phase, with participants attempting to clarify the original poster's intentions and offering initial observations about the graphs. There is no explicit consensus yet, but some productive lines of inquiry have been initiated regarding the analysis of the pressure gradients.

Contextual Notes

The original poster's request lacks specific details about the graphs, which may limit the depth of analysis that can be discussed. This ambiguity is noted by participants who seek further clarification.

kmgraju
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Dear friends
Please find the attached graph
I would like to do some analysis on the two graphs.
I don't know what kind of analysis can I do. Please help me
Thank you

Regards

Govind
 

Attachments

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Your question is so vague as to be completely unintelligible.
What are you trying to do?
 
The drop in pressure gradient is a lot more rapid on the left side of the 'vee'...per axial distance than on the right side...Or, depending on what is happening, the drop is pressure gradient is a lot more rapid [on the left] than the recovery [on the right].

It also appears you might have a lot more data points on the right that the left of the 'vee'.

You can draw a straight line throu each side of the vee and from that estimate the slope [rate of change] during the middle phase of each.
 
Are you looking for suggestions of a mathematical form for this curve?
 

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