6. What is the gauge pressure at pint A, Y1 = 10 kN/m? A] Y2 = 25 kN/m3 %3D 50 cm h 10 cm Figure Inclined piezometer tube. 4. 50 cm-
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- Determine the following: a. Enclosed Area Given is a thin-walled tube with the following data: Wall thickness- 3mm b. Perimeter of the thin walled tube c. Shear flow Torque is 900 N.m Length of the thin walled tube is 1.2 m. Use G=24 GPa for aluminium d. Shear stress e. Angle of twist RI00.00 E RS0.00 0, B 400.00 Unit: mmIn the figure shown below: P₂ 4. Find P₁. 150 mm 5. Find P₂. a. 47.421 kPa b. 36.156 kPa % finer (by weight) SG-10 a. 41.156 kPa c. 32.198 kPa b. 38.259 kPa d. 28.471 kPa 6. Find the height of equivalent liquid 2 at 100 atmospheric pressure. a. 0.92 m b. 1.25 m SITUATION 3: Given the graph of soil A, B, C. SOIL C 80 c. 44.145 kPa d. 33.681 kPa c. 1.03 m d. 0.78 m SOIL B SOIL A 1.0 0.1 Particle Size in mm, D 0.01 9. Find the gradient coefficient of soil A. a. 0.745 c. 0.609 b. 0.575 d. 0.677 10. Find the gradient coefficient of soil B. a. 1.125 c. 1.238 b. 1.013 d. 0.956 11. Find the gradient coefficient of soil C. a. 0.7613 c. 0.4412 b. 0.5112 d. 0.6006A hollow circular tube is subjected to a tension force of 30 KN, a tensile stress of 20 MPa was recorded.lf the outer diameter of the tube is 100 mm, the inner diameter will be eqaual to. a. 93.95 mm O b. 89.95 mm C. 85.95 mm o d. 91.95 mm
- A hoop shrunk onto a hallow tube exert a contact pressure of 3 ksi on the tube. An internal pressure of 10 ksi is then applied to the tube. The inner and outer radii of the tube are 1.5 in and 2.5 in, and 2.5 in and 4 in for the hoop. What is the maximum tangential strss in the tube after application of internal pressure? Also plot tangential stress variation diagram across the section.Q.2 Compute the madinum Value of EIy at the midspin between R. d R, of the beam.showninhig 2kN/m zk/m 2m A 3m R. 力、Two parallel plates kept 295mm a part have laminar flow of oil . The lower plate is stationary and the upper plate is moving with 4.75m/s . find: a- velocity distribution formula. b- The value and position of the maximum velocity. c- The discharge per meter width. d- The shear stress at the plates. e- The difference in pressure between two points 50m apart. f- The velocity gradient at the plates. g- The velocity at 130 mm. Assume viscosity of oil to be 24.5 poise.
- 1. *A propped cantilever has a 2m overhang. The beam has a load of 2W applied half way between the fixed support and the roller support and a load of W applied at the free end. What is the minimum value of W that will cause the beam to collapse? The beam has the cross-section shown below. The yield stress is 300 MPa. 75 mm 15 mm 300 mm 2W C D 15 mm 250 mm 15 mm, 2m B + 2m 2mConsider the beam shown in the figure. a. Determine the Maximum Tensile Flexural Stress. b. Determine the Maximum Vertical Shear Stress. 20KN/m ↓ ↓ ↓ 2M ↑ Com 200mm 200m ↓ 기 200mm 2m ] [ 20AMA line was recorded as 1750.00 meters long. The standard tape weighs0.65 kg , 30.00m long at 20°C under a 50N pull. During the actualobservation the temperature was 5°C and the tape was suspended undera 75N pull. It was also found that the tape is 3.00mm too long. If the linewas inclined at 3%. E = 200GPa, A = 2.50mm² and the coefficient of linearexpansion is 0.0000116 m/°C.(a) What is the actual inclined distance?(b) What is the actual horizontal distance.
- ll Turk Telekom LTE 09:32 %37 CE 316_Final Ex... Page 4 of S Question 5 (25%) Please calculate the anchor force if the horizontal spacing of the anchors is sa = 2m. Solve the system only for force equilibrium. |(Use Rankine Earth Pressure Theory) Ka = (1-sinp)/(1+sino) P. = 6,K, – 20(K.)os Kp = 1/Ka Pp = 0'K, + 2c(Kp)0.5 7 q = 30 kPa Im 150 Sm Medium Dense Sand Ydo. =Yut = 18 kN/m³ c =0 kPa. O = 36° 2m Page SofsDETERMINE THE VALUE OF "P" SUCH THAT RAY IS TWICE AS MUCH THE VALUE OF RBY. DEFINE THE VALUES OF SUPPORTS. 4.50 KM/m •ZKYM ZKN 1A 2.25m 0.00m 0.50 m 0. 20 0.75m P XB8: Calculate frictional drag. Placed longitudinally in a stream of oil having the tree stream veloity of 6 m/sec. Also find the thickness of Boundary layer and the shear stress, at on a plate 0.15m wide & 0.45m long the the trailing edge. "Specific gravity of oil is 0.97 & 19 = 0.9×154 mil see.