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How much time is required to inject a sample equal to 2.0% of the length of a 60 cm capillary if the diameter is 50 um and the pressure difference is 2.0x104 Pa (0.20 bar)? Assume the viscosity is 0.0010 kg/(m-s), which is close to the viscosity of water.

How much time is required to inject a sample equal to 2.0% of the length of a 60 cm capillary if the diameter is 50 um and the pressure difference is 2.0x104 Pa (0.20 bar)? Assume the viscosity is 0.0010 kg/(m-s), which is close to the viscosity of water.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question 46, How much time is required to inject a sample equal to 2.0% of the length of a 60 cm capillary if the diameter is 50 um and the pressure difference is 2.0x104 Pa (0.20 bar)? Assume the viscosity is 0.0010 kg/(m-s), which is close to the viscosity of water. Note: The units work out when we realize that Pa force/area (kg - m/s?)/m² = kg/(m-s²). B I 出 P ... Paragraph
Transcribed Image Text:Question 46, How much time is required to inject a sample equal to 2.0% of the length of a 60 cm capillary if the diameter is 50 um and the pressure difference is 2.0x104 Pa (0.20 bar)? Assume the viscosity is 0.0010 kg/(m-s), which is close to the viscosity of water. Note: The units work out when we realize that Pa force/area (kg - m/s?)/m² = kg/(m-s²). B I 出 P ... Paragraph
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