Q11 At what depth below the surface of water total pressure would be equal to 1.5 atmosphere? 1 atmosphere = 105 Nm ².
Q: Draw bending moment (M) diagram for the structure given below.
A: Of Bending Moment Diagram of Given Structure####
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A: volume of rainfall= Rainfall depth X AreaVolume of rainfall= 0.150 m X 800000 m2Volume of…
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Q: 1. Determine the midspan deflection of the beam loaded as shown using area moment diagram by parts…
A: To determine:deflection at the centre of the beam
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Q: SITUATION 4 If downward seepage occurs on the same slope from Situation 3, determine H. Specific…
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Q: 1) Using Double Integrat. Method Compute Elymax of the loaded beam shown. ( IP 4/24/2
A: Simply supported beam with point load at middle of span
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Q: shear and Moment Diagram solution each of Draw with complete the value.
A: For SHEAR force diagram and BENDING moment Diagram of Given beam with reactions value#####
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Q: Use the method of joint to determine the Force in all members of next trusses
A: Sol2 ##Member forces of truss using Method of Joint Analysis###
Q: se the method of joint to determine the Force in all members of next trusses A т 4m 60 B 2t 60 60 E…
A: As per guidelines we need to answer only first question so please repost rest questions separately
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A: Given data- F1 = 70 KN F2 = 60 KN Find out - Force in member EH ?
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A: Given: Required : Force in each member
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A: 1 sq grid = 15 Mpa To determine: minor principal stress
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A: Uniform live load = 7150 Pa Unit weight of concrete= 23.5 KN/m3
Q: Q3. Please define the surveying terms below. Mean Sea Level (MSL): Datum: Elevation: Geoid:
A: It is required to define- Mean Sea Level (MSL) Datum Elevation & Geoid.
Q: 4 L Derive Elymax. (
A: This question is related to the Strength of the material from Civil Engineering. In this question ,…
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A: Spacing = 4.5 m Live load = 1 kN/m2
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Q: Consider a point in a structural member that is subjected to plane stress. Normal and shear stresses…
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Q: The truss is loaded and supported as shown. You may assume all joints are smooth pin connected.…
A: #####Determine the forces in members of truss AE,BE,CE ###
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Q: Consider the cantilever beam shown in (Eigure 1). Suppose that IAB = 880(10) mm, IBC = 150(10) mm².…
A: E = 200 GPa IAB = 880 × 106 mm4 IBC = 150 × 106 mm4 Determine a. Deflection at point-C. b.…
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- 3) If we compress water by applying 20433.5 Mpa pressure, how much volume change can be observed?. Bulk Module of water is 2178 MPaThe surface tension of mercury at 60°C is 0.47N/m. What capillary height in mm will occur in this fluid whe in contact with a glass tube of radius 0.3mm? Use 130° for mercury. O 11.5mm fall O 11.5mm rise O 15.1mm fall O 15.1mm rise1.3 A liquid at 20°C has a relative density of 0.80 and a kinematic viscosity of 2.3 centistoke. Determine its (i) unit weight and (ii) dynamic viscosity in Pa.s.
- 3.91 PLUS This dome (hemisphere) is located below the water surface as shown. Determine the magnitude and sign of the force components needed to hold the dome in place and the line of action of the horizontal component of force. Here yı = 1 m and y, = 2 m. Assume T 10°C.How many liters of mercury (sg 13.5) would weigh the same as 2.02 ft3 of engine oil, which has a specific weight of 9.5 KN/m3? %3D3. A cube, 60 cm on an edge, has its upper halfhaving a specific gravity of 0,60 and the lower half 1.40. It is placed in a two-layered liquid. Find the value of z liquid surface S, = 0.90 60 cm トー 30 сm S, = 0.60 30 cm S = 1.20 S = 1.40
- The maximum diameter that a capillary tube can have to ensure that a capillary rise of atleast 6 mm is achieved when the tube is dipped into a body of liquid with surface tension = 0.08 N/m and density = 900 kg/m3, is _______?Situation 2: A liquid at 4°C has a relative density of 0.80 and a kinematic viscosity of 2.3 centistoke. 3. Determine its unit weight in (3 decimal places) kN m² na 4. Determine its dynamic viscosity in kg m-s (5 decimal places not in scientific notation)At a bemperature of 100°C and an absolute pressure of s , what is the ratio at mospheres, the density of water to the density of air Pw/Pa?
- Find the density of a metallic body in kN/m3 which floats at the interface of mercury of specific gravity 13.6 and water such that 40 per cent of its volumes is submerged in mercury and 60 per cent in water a.64.45b.59.29c.45.56d.78.45How high will liquid rise in the piezometers of shown in the figure if the pressure at м is 68.95 kPa and the (s=0.85), (c) mercury, liquid is (a) brine (s=1.15)? water, (b) oil (d) A B6. A clean tube of internal diameter 3 mm is immersed in a liquid with a coefficient of surface tension 0.48 N/m. The angle of contact of the liquid with the glass can be assumed to be 130° The density of the liquid is 13,600 kg/m^3? What would be the level of the liquid in the tube (in mm) relative to the free surface of the liquid outside the tube. (2 decimal places)