Find the capillary rise in a tube shown for a water- glass interface. ∅=0 if the tube radius is 1mm and the density is 1000kg/m³. Surface tension of water is 0.0728 N/m. J- Find the capillary rise in a tubeshown for a water- glass interfacee=0 iF the tube radius is Immand the density is 1000kg m.Sur face tensian of water is0.0728 N m.oil-1-20mImercury

Capillary rise in a tube formula is given in the picture

Answered: J-Find the rise in a tube capillary *…

J-Find the rise in a tube capillary * shown for a water- glass interface e=0 iF the tube radius is Imm and the density is 1000kg Im?. Sur face tensian of water is 0.0728 N m.

Sustainable Energy

2nd Edition

ISBN:9781337551663

Author:DUNLAP, Richard A.

Publisher:DUNLAP, Richard A.

Chapter8: Direct Use Of Solar Energy

Section: Chapter Questions

Problem 5P

See similar textbooks

Related questions

Q: Question 14 of 15 The cross-sectional area of a column is in the shape of two concentric circles…

Q: The capillary rise (height) in mm of a water having a viscosity of 0.0728 J/m2. The tube has a…

A: Given data : Surface tension (σ)=0.0728 J/m2Tube diameter (d)=1 mmDensity of water (ρWater)=1000…

Q: . A 40m steel tape is suspended in the air between a theodolite and vertical rod, which is placed…

Q: JA closed tank 1.8 m in diameter and 2.70 m high is filled to a depth of 2.25 m. The air space is…

Q: 6 - Does altering fluid temperature influences the results obtained by pitot static tube? clarify

A: A pitot-static tube is defined as a pitot tube used to determine the velocity at a point in the flow…

Q: A piping component with an outside diameter of 208 mm and an inside di z = 9.8 kN. Determine the…

Q: b) Air at 30°C flows through a 70 m long, 2 cm x 2 cm rectangular cross section pipe as shown in…

A: given temp = 30 'c length = 70m size =2cm*2cm velocity = 2m/s angle = 35'c to find given above 4…

Q: A 2-mm-diameter clean glass tube is inserted in water at 15°C (Figure 1.2). Determine the height…

A: When a tube of very small diameter is immersed in a liquid, then the liquid may be rise or fall…

Q: 3000 psi, n= 9, M= 70 ft-k.

A: fc'=3000 psin =9 , M =70 ft-k ascertain the bending stresses in the pillar utilizing transformed…

Q: 1. Calculate the minimum wall thickness for a cylindrical vessel. The diameter of the vessel is 8.5…

Q: Find the capillary rise in a tube for a water glass interface (teta) = 0° if the tube radius is 1mm…

A: 1 m = 1000 mm cos0=1

Q: In fig. if water level = 2 m and the liquid * ?--- =S.G=0.85 , hl %3D Water Ah A' B' 2.35 m. 3.35 m…

Q: Find the capillary rise in the tube shown below for an ethylalcohol-air-glass interface if the tube…

Q: # 7: Oil (S = 0.92) with a viscosity of 0.00065 Ib-sec/ft² flows at a rate of Reg.No./I00 cfs…

Q: Inviscid flow Frictionless flow = No viscous resistance %D %3!

A: The inviscid flow-The flow of an inviscid fluid in which the viscosity of the fluid is equal to zero…

Q: in the shaded plane in the figure Gn= 700 kp lem2 Co= 350 kp lcu İn the stress 2. 19 Gx=? O=?

A: Consider the free body diagram of the given member with oblique plane subjected to pure direct…

Q: ETERMINE ACTIONS USING MOMENT DISTRIBUTION METHOD. DW A CLEAN SOLUTION. I is CONSTANT 7k/ft 70k 27…

Q: The pipe diameter is 800mm. The ultrasonic measurements recorded are: • Pipe centerline velocity =…

Q: Compute the capillary rise in mm of pure water at 100C expected in a 0.8 mm diameter tube. Surface…

A: Capillary raise of water Contact angle of water 0 degrees Diameter tube = 0.8 mm Surface tension of…

Q: Find the capillary rise ( h) in the tube shown in the figure for a water-air-glass interface with O=…

Q: m when the pressure in pipe A is 30-mm Hg vacuum. Determine the pressure in pipe B.

Q: The pressure gauges are inserted at A and B in a vertical pipe converging water. The diameters at A…

Q: A thin-walled tube is subjected to torsion as Area bounded by the median line, A 80 L=6M t= 25 mm…

Q: 2: Find the capillary rise in the tube shown in Fig. 02 below for a water-air-glass interface (6-0")…

Q: A 1-m long steel bar(E = 200 GPa) of 10x10mm dimension fixed at one end and the other end having a…

A: Given data Length of bar (L) = 1m = 1000 mm E = 200 GPa = 2*105 MPa Dimension of bar = 10 * 10…

Q: 8.8 The spherical gas tank is made of steel (E = 29 × 106 psi, v = 0.3). The inner radius of the…

A: Data is as given

Q: Find the approximate depression of mercury at 20°C in a capillary tube of diameter 0.5 mm. (Surface…

Q: the difference of mercury level if the pressure

A: This question is from Fluid mechanics

Q: A steady laminar flow is taking place between two parallel plates. The distance between the plates…

Q: -spherical pressure vessel has a 1.6 ft. inner radius and 0.14 in. wall thickness. If the working…

A: To find the pressure (P) -

Q: The diameter of the tube is 3.020mm. The surface tension of water at 20°C is equal to 0.070, For a…

Q: *10-4. The tube is subjected to a torque of 750 N m. Determine the amount of this torque that is…

Q: The diameter of the tube is 3.446mm. The surface tension of water at 20°C is equal to 0.070. For a…

Q: The radius of the tube is 1.3 mm. The surface tension of water at 20°C is equal to 0.0728 N/…

A: Given: Raduis of tube Surface tension Angle To find: Capillary rise

Q: If the pure water surface tension 0.07N/m and the tube radius is 7mm. Determine the capillary rise…

Q: Compute the capillary rise in mm of pure water at 10 Celsius expected in an 0.8 mm diameter tube.

Q: 2) the total Pressure on the base of the tunk2 the Pressuye on the Vertical siis of the tank?

Q: b. A 2-mm-diameter clean glass tube is inserted in water at 15°C (Figure 1.2). Determine the height…

Q: A hoop shrunk onto a hallow tube exert a contact pressure of 3 ksi on the tube. An internal pressure…

A: Data given: P1 = 3 ksiP2 = 10 ksiri1 = 1.5 inchro1 = 2.5 inchri2 = 2.5 inchro2 = 4 inch Asked:…

Q: redfus af the tube (8) = 2 mm = 2X10m Surface tenston ()= 0.752N/m %3D wetting angle 10) = 130 To…

A: As per the capillary action in a tube we have to determine the value of capillary rise in the tube…

Q: In Fig.bulow, if the Flow rate is o.ob4 m/s dnd the dynamic viscosity of the Liquid determine : 1-…

A: Note: As per norms only 3 parts are to be solved in this question Diameter of pipe (D) = 30cm =…

Q: 40m steel tape is suspended in the air between a theodolite and vertical rod, which is placed…

A: Error=-correction

Q: Oil of specific gravity 0.80 and dynamic viscosity of 0.05 Pa-s flows at a rate of 100 lit/sec…

A: per our company guidelines we are supposed to answer only first 3️⃣ sub-parts. Kindly repost other…

Q: m Problem 6: The top wall moves with velocity Vtop = 1" and the bottom wall is S stationary. Inside…

A: Two walls are there in the question as per the question top walls move with a certain velocity while…

Q: Find the capillary rise in the tube for a mercury-air glass interface with wetting angle of 130…

Q: Compute for the surface tension in a tube with 0.375-m radius for water-glass interface with…

A: Compute for the surface tension in a tube

Q: A valve is suddenly closed in 200 mm diameter pipe. The increase in pressure is 700 kPa. Assuming…

A: d=200mm P=70kPa

Q: Find the capillary rise ( h) in the tube shown in the figure for a water-air-glass interface with 9=…

A: Answer = 25.544 mm

Q: Compute for the surface tension in a tube with 0.20-m radius for a water glass interface with a…

Q: Required information The tube shown has a uniform wall thickness of 12 mm. Take P= 19 kN.

A: Calculate the direct stresses as follows:

Question

Find the capillary rise in a tube shown for a water- glass interface. ∅=0 if the tube radius is 1mm and the density is 1000kg/m³. Surface tension of water is 0.0728 N/m.

J- Find the capillary rise in a tube
shown for a water- glass interface
e=0 iF the tube radius is Imm
and the density is 1000kg m.
Sur face tensian of water is
0.0728 N m.
oil
-
1-20m
Imercury

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Stresses in saturated soil without seepage

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

The aluminum tube AB of cross section has a fixed support on the base and is supported by a pin at the top of a horizontal beam supporting a load Q = 200 kN. Determine the required thickness t of the tube if its outside diameter for 100 mm and the necessary safety factor in relation to Euler buckling for n = 3.0 (assuming A = 72 GPa).
A high-density polyethylene [E = 135 ksi and a = 69 x 10-6/°F) block (1) is positioned in a fixture. The block is 2.1 in, by 2.2 in. by 36 in. long. At room temperature, a gap of 0.1 in. exists between the block and the rigid support at B. Assume L₁- 36 in and A = 0.1 in. Determine: (a) the normal stressa in block (1) caused by a temperature increase of 70°F. (b) the normal strain e in block (1) at the increased temperature. Answers: (a) a = (b) = i B 277.05 A LA psi. pc.
A spherical stainless-steel tank having an inner diameter ‘D’, is used to store naturalgas at a pressure of ‘p’. The properties of the steel are as follows: yield stress in tensionis ‘T’; yield stress in shear is ‘S’ and modulus of elasticity is ‘E’. The desired factor ofsafety with respect to yielding is ‘F.S’.Determine the minimum permissible thickness t min of the tank. (D (mm)=620)( p (MPa)=25)( T (MPa)=1000)( S (MPa)=440)( E (GPa)=208)( F.S=3.4)
The block shown is made of a magnesium alloy for which E=X2GPaand ϑ=0.35. Knowing that σx= X1 MPa, determine (a) the magnitude of σyfor which the change in the height of the block will be zero, (b) the corresponding change in the area of the face ABCD, (c) the corresponding change in the volume of the block.
The radius of the tube as shown in the figure is 1 mm. The surface tension of water at 20 deg C is equal to 0.0728 N/m. For a water-glass interface 0 = 0 Compute the total force due to surface tension in Newton h 2r-
2. A rod is composed of an aluminum section rigidly attached between steel and bronze sections as shown in the figure. Axial loads are applied at the positions indicated. The cross-sectional area of the rod is 300sq.mm. Express your answer in MPa. Determine the stress in the steel. b. a. Determine the stress in the aluminum. Determine the stress in the bronze. C. STEEL ALUMINUM BRONZE 56kN 14kN -0.6m- -0.9m- -0.76m-
A rod is composed of copper and steel section rigidly bolted in the wall as shown in the figure. If an axial load of F = 300 N and the cross sectional area of the rod is 200 mm2 , determine the stress in the section of copper. ... Сopper Steel 2F F 3m 2m A) 1.5 MPa В 0.75 MPa 3.0 MPа D 4.5 MPa
5. A steel bolt through a 25-in long aluminum tube has the nut turned on until it just touches the end of the tube. No stress is introduced on the bolt or the tube. The temperature of the assembly is raised from 70 to 79 degrees Fahrenheit. The cross- sectional area of the bolt is 0.08 sq. inch and the cross-sectional area of the tube of 0.25 sq. inch. For steel: E = 30 x 106 psi, coefficient of thermal expansion = 6.5 x 10-6/°F For aluminum: E = 10 x 106 psi, coefficient of thermal expansion = 13.0 x 10-6/°F a. Find the thermal deformation (in inches) of the bolt. b. Find the thermal deformation (in inches) of the aluminum tube. c. Find the stress (in psi) induced in the bolt by the temperature change. d. Find the stress (in psi) induced in the aluminum tube by the temperature change.
The brass strip AB has been attached to a fixed support at A and rests on a rough support at B. Knowing that the coefficient of friction is 0.60 between the strip and the support at B, determine the decrease in temperature for which slipping will impend.
P.E. Pressure -
a.) Find the bulk modulus of elasticity of a liquid if a pressure of 150 psi applied to 10 ft3 of the liquid causes a volume reduction of 0.02 ft.3. b.) Find the capillary rise in the tube for a water-air-glass interface (θ = 0°) if the tube radius is 1 mm. Surface tension is 0.0728 N/m.
Q8: Consider a steel rod of fixed ends. If the temperature of the rod is increased by AT-80 °C, then the generated thermal stress (in MPa) in the rod is: (Hint: For the steel, the Young's modulus (Y) is 2x10 N/m and the coefficient of linear thermal expansion (a) is 11 x 106 ly a) 2.2 b) 176.0 c) 352 d) 776.6