Question 1 You are presented with a bucket of water (y = 72 dynes/cm, T= 25C) that has a thin cylindrical tube of radius R = 125µm (micrometers) placed inside, with the contact angle 0 = 25 degrees. Determine how high the water will rise in the cylindrical tube. h =?
Question 1 You are presented with a bucket of water (y = 72 dynes/cm, T= 25C) that has a thin cylindrical tube of radius R = 125µm (micrometers) placed inside, with the contact angle 0 = 25 degrees. Determine how high the water will rise in the cylindrical tube. h =?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Question 1
You are presented with a bucket of water (Y = 72 dynes/cm,
T = 25C) that has a thin cylindrical tube of radius
R = 125µm (micrometers) placed inside, with the contact
angle 0 = 25 degrees. Determine how high the water will
rise in the cylindrical tube.
h =?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe24b267d-8d25-43cf-9da5-beb0d51b95de%2Fa8e8a73a-775d-4372-b79b-41d633a9b4d9%2Fyql8kvu_processed.png&w=3840&q=75)
Transcribed Image Text:Question 1
You are presented with a bucket of water (Y = 72 dynes/cm,
T = 25C) that has a thin cylindrical tube of radius
R = 125µm (micrometers) placed inside, with the contact
angle 0 = 25 degrees. Determine how high the water will
rise in the cylindrical tube.
h =?
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