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Problem 1.6 Consider the flow in a pipe. The pipe diameter is 50 mm, the density of fluid is 920 kg/m³, the flow rate is 0.150 m³/min, and the kinematic viscosity is 56 m Pa s. The critical Reynolds number is 2,320. Determine if the flow is laminar or turbulent.

Problem 1.6 Consider the flow in a pipe. The pipe diameter is 50 mm, the density of fluid is 920 kg/m³, the flow rate is 0.150 m³/min, and the kinematic viscosity is 56 m Pa s. The critical Reynolds number is 2,320. Determine if the flow is laminar or turbulent.

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Problem 1.6 Consider the flow in a pipe. The pipe diameter is 50 mm, the density of fluid is 920 kg/m³, the flow rate is 0.150 m³/min, and the kinematic viscosity is 56 m Pa s. The critical Reynolds number is 2,320. Determine if the flow is laminar or turbulent.
Transcribed Image Text:Problem 1.6 Consider the flow in a pipe. The pipe diameter is 50 mm, the density of fluid is 920 kg/m³, the flow rate is 0.150 m³/min, and the kinematic viscosity is 56 m Pa s. The critical Reynolds number is 2,320. Determine if the flow is laminar or turbulent.
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