In fluid Dynamics, the reynolds number Re is a dimensionless number used to detemine the nature of a fluid flow. For an internal flow (e.g, water flow through a pipe), the flow can be categorized as follows: Res 2300 Laminar region 2300< Re s4000 Transition region Re> 4000 Turbulent region Write a script that will promt the user for the reynolds number of a flow and will print the region the flow is in. An example of running the script follows: >> Reynolds Enter a reynolds number: 3500 The flow is in transition region

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In fluid Dynamics, the reynolds number Re is a dimensionless number used to determine the nature of a
fluid flow. For an internal flow (e.g., water flow through a pipe), the flow can be categorized as follows:
Res 2300
Laminar region
2300< Re s4000
Transition region
Re> 4000
Turbulent region
Write a script that will promt the user for the reynolds number of a flow and will print the region the
flow is in. An example of running the script follows:
>> Reynolds
Enter a reynolds number: 3500
The flow is in transition region
Transcribed Image Text:In fluid Dynamics, the reynolds number Re is a dimensionless number used to determine the nature of a fluid flow. For an internal flow (e.g., water flow through a pipe), the flow can be categorized as follows: Res 2300 Laminar region 2300< Re s4000 Transition region Re> 4000 Turbulent region Write a script that will promt the user for the reynolds number of a flow and will print the region the flow is in. An example of running the script follows: >> Reynolds Enter a reynolds number: 3500 The flow is in transition region
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