Air 175 kPa abs h Water 700 mm Mercury A
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1. Find the gage pressure at B when its absolute pressure is 290 kPa.
2. Find the height "h" of water when the absolute pressure at B is 290 kPa.
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- here are the answer, only need solutions 1.f = 11.46 MPa 2.Mcr= 88.90 kN-m 3.fconc= 17.14 MPa; fsteel= 318.20 MPaPLEASE SHOW COMPLETE SOLUTION WITHIN 30 MINUTES Given: F = 800 N θ = 25° μs = 0.35 Find: Pmin = ? (round of to 2 decimal placed) Pmax = ? (round of to 2 decimal placed)SHOW COMPLETE SOLUTION PLSVALUE: A = 5
- GIVEN: diameter of sewer pipe = 1.8mDepth of water = 1.6mQ = 2.5m3/sCompute the velocity. Use 3 decimal places all throughout the solution. Box/underline your finalanswer.Get the value of Ry only. AsapCalculate actual draft of a Carding m/c for mechanical draft=80, Waste extraction=9%, Lap hank is 0.0011, what will be sliver hank?
- A submarine is 109.36 yards. The shape of its hull is roughly cylindrical with a diameterof 15m. When it is submerged, it cruises at a speed of about 40 knots or approximately20m/s. Compute Reynold’s number, if the viscosity is 0.01 Poise.GIVEN: a=5.1m b=5.2m c=5.3m X=220 kN Y=250 MPa Please answer this immediately. Thank you!Q.1 Calculate Reynold’s Number if kinematic viscosity of a liquid is 0.001 m2/s , density is 500 kg/m3 flowing through dia of 10 mm with velocity of 30m/s?
- Note: Kindly provide a solution pls. The answer is already provided. Thank you! 1.7 A hemispherical tank having a radius "R" contains liquids A and B that have depths of 5cm. and 10 cm. respectively. Liquid A is on top of Liquid B. If the volume of liquids A andB are equal, determine the volume (cm^3) of the hemisphere that contains the twoliquids. Ans: 12,905.7402SOLVE FOR 1 HR. SHOW "COMPLETE AND NEAT SOLUTION" OBSERVE 3 DECIMAL PLACESWhich of the following is equal to 200 grads? Group of answer choices a.3000 mils b.1/3 rev c.π/3 rad d.180°