Why does the level of fluid in the thistle tube rise above the level of the...
- Why does the level of fluid in the thistle tube rise above the level of the water in the beaker?
- What is promoting fluid rise in the thistle tube?
- What is opposing fluid rise in the thistle tube?
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Why does the level of fluid in the thistle tube rise above the
level of the...
I need help with filling out the chart in the second picture, the first photo is...
I need help with filling out the chart in the second picture,
the first photo is the data needed to answer the questions
Figure 4.7 Osmosis demonstration. Athistle tube, covered at the broad end by a differential contains distilled water. b. The solute (starch is unable to pass the through in both directions. There is a net movement of water town and lower water concentration. c. Due to the incomi ally permeable membrane, contains a arch o n through the...
Fluid Pressure in a U-Tube A U-tube is filled with water, and the two arms are capped.(Figure 1) The tube is cylindri...
Fluid Pressure in a
U-Tube
A U-tube is filled with water,
and the two arms are capped.(Figure
1) The tube is cylindrical, and the right arm has
twice the radius of the left arm. The caps have negligible mass,
are watertight, and can freely slide up and down the tube.
The locations of the two
caps at equilibrium are now as given in this figure.
(Figure 4)
The dashed line represents the level of the water in the left
arm....
7. A U-tube is filled with water until the liquid level is 29 cm above the...
7. A U-tube is filled with water until the liquid level is 29 cm above the bottom of the tube. An oil of specific gravity 0.80 is now poured into one arm of the U-tube until the level of the water in the other am, of the tube is 34 cm above the bottom of the tube. Find the level of the oil-water and oil-air interfaces In the other arm of the tube. cm (oil-water) cm (oil-air)
Water will rise up into a capillary tube. Why, and how is this phenomenon important in...
Water will rise up into a capillary tube. Why, and how is this phenomenon important in nature? Calculate the amount of heat in kJ that is required to heat 20.0 g of ice from -25 degree C to 90 degree C, and sketch a heating curve for the process. The specific heat of ice is 2.11 J/(g. degree C); water 4.18 J/(g. degree C) and the Delta H_fus for water is 6.01 kJ/mol Calculate the amount of heat liberated when...
why is the hot fluid often put on the tube side rather than the shell side?...
why is the hot fluid often put on the tube side rather than the shell side? Is there any reason you may want to pass a cold fluid through the tubes rather than the shell? (This is a shell and tube heat exchanger question)
Why does the temperature of the water continue to rise after the flame is removed?
Why does the temperature of the water continue to rise after the flame is removed?
4) When a glass capillary is dipped into water, the liquid will rise inside of the...
4) When a glass capillary is dipped into water, the liquid will rise inside of the tube. This phenomenon is called capillary action. The picture on the right shows a glass capillary dipping into a beaker filled with water. What will happen to the water in the capillary if you pull the tube slowly out of the water? Please explain. Would the capillary action change if the capillary was made out of polypropylene, a hydrocarbon-like polymer? Please explain.
1.128 An open, clean glass tube is inserted vertically into a pan of water. What tube...
1.128 An open, clean glass tube is inserted vertically into a pan of water. What tube diameter is needed if the water level in the tube is to rise one tube diameter (due to surface tension)? Water surface tension is 7.34*10 N/m.
A stiff, 10-cm-long tube with an inner diameter of 3.5 mm is attached to a small...
A stiff, 10-cm-long tube with an inner diameter of 3.5 mm is attached to a small hole in the side of a tall beaker. The tube sticks out horizontally. The beaker is filled with 20∘C water to a level 50 cmabove the hole, and it is continually topped off to it maintain that level. What is the volume flow rate through the tube? The viscosity of water is 1.0×10−3Pa⋅s.
Water resources. PROBLEM 1: Capillary Tube Hemispherical Gate Above is a tank full of pure water...
Water resources.
PROBLEM 1: Capillary Tube Hemispherical Gate Above is a tank full of pure water with a depth, D = 3 m (and water below the level of the gate). A hemispherical gate is present as well as a glass tube as shown with the following details: • Hemispherical gate has diameter of 500 mm. • Capillary tube has diameter of 5 mm. Part a.) Find the total force on the gate. Part b.) Draw the force vector that...
I need help with filling out the chart in the second picture,
the first photo is the data needed to answer the questions
Figure 4.7 Osmosis demonstration. Athistle tube, covered at the broad end by a differential contains distilled water. b. The solute (starch is unable to pass the through in both directions. There is a net movement of water town and lower water concentration. c. Due to the incomi ally permeable membrane, contains a arch o n through the...
Fluid Pressure in a
U-Tube
A U-tube is filled with water,
and the two arms are capped.(Figure
1) The tube is cylindrical, and the right arm has
twice the radius of the left arm. The caps have negligible mass,
are watertight, and can freely slide up and down the tube.
The locations of the two
caps at equilibrium are now as given in this figure.
(Figure 4)
The dashed line represents the level of the water in the left
arm....
7. A U-tube is filled with water until the liquid level is 29 cm above the bottom of the tube. An oil of specific gravity 0.80 is now poured into one arm of the U-tube until the level of the water in the other am, of the tube is 34 cm above the bottom of the tube. Find the level of the oil-water and oil-air interfaces In the other arm of the tube. cm (oil-water) cm (oil-air)
Water will rise up into a capillary tube. Why, and how is this phenomenon important in nature? Calculate the amount of heat in kJ that is required to heat 20.0 g of ice from -25 degree C to 90 degree C, and sketch a heating curve for the process. The specific heat of ice is 2.11 J/(g. degree C); water 4.18 J/(g. degree C) and the Delta H_fus for water is 6.01 kJ/mol Calculate the amount of heat liberated when...
1.128 An open, clean glass tube is inserted vertically into a pan of water. What tube diameter is needed if the water level in the tube is to rise one tube diameter (due to surface tension)? Water surface tension is 7.34*10 N/m.
Water resources.
PROBLEM 1: Capillary Tube Hemispherical Gate Above is a tank full of pure water with a depth, D = 3 m (and water below the level of the gate). A hemispherical gate is present as well as a glass tube as shown with the following details: • Hemispherical gate has diameter of 500 mm. • Capillary tube has diameter of 5 mm. Part a.) Find the total force on the gate. Part b.) Draw the force vector that...
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