A 900-mm diameter non-rigid pipe of length 4 km with a thickness of 20 mm is to carry water flowing at 1.2 m/s. Use Ep = 2.07x109 Pa for water and Es = 200 MPa for steel. Find the water %3D hammer pressure developed when the time of closure is 10 seconds in kPa. 1784 O 1509 O 1693 O 2242

Q: Task 2 Calculate forces related to fluids at rest and in motion b) An alternative suggestion for…

A: Given series of questions and asked to compute the following,2.  An alternative suggestion for the…

Q: Derive P = f(y) and A = f(y) for a trapezoidal channel How would you obtain y = f(Q)? 1 AR?13S/2 y b

A:

Q: Determine the oil surface elevation at section 1. Ⓡ Elevation=1 -60 m Oil, S-0.9 v= 3 x 10-5 m²/s…

A: Specific gravity of oil, S=0.9Kinematic viscosity, ν=3×10-5 m2/ske=0.5ks=0.045Discharge, Q=0.03…

Q: Describe in detail concept of any 2 common monitor well water samplers.

A: Monitoring wells are the wells with a small diameter and is inserted into the ground, which are used…

Q: AHOLDERBACE DAM B. A BEDROCk

A: Given  H= 5ft  K = 42 ft/day  Nf = 3 , Nd = 12   Note  Due to the company rules i am able to answer…

Q: Example 3.4. The pipe network of two loops as shown in Fig. 3.11 has to be analyzec by the Hardy…

A: Solution:

Q: 1. Please show your understanding of 4R in equation (4.6) by assuming it is a full pipe flow with a…

A: Friction head loss in pipe is given by hf = fLV22gD or, hf/L = fV22gD or, hf/L = fDxV22g  here, hf =…

Q: N Com 190 KN B /C 15DKN 80kN ,70 KN 15m Calculate the force in member D, ET EG

A:

Q: Assuming the conduit in the figure is a 36” wrought iron pipe flowing full, and that the outlet is…

A: Conduit dimension = 36 '' For wrought iron, the friction factor will be = 0.008To find:The head loss…

Q: Define the term Seismic Refraction.

A: At layer interfaces, the seismic signal is reflected back to the surface, and noted at distances…

Q: 100. The positional tolerance of the hole documented below is most nearly: Ø50 +0.5 -0.3 OA. OB. O…

A: As we know,Maximum Material Condition (MMC) Method

Q: Please draw the most common geometry for efficient channel. Explain why those channel geometry are…

A: Most common geometry for efficient channel is trapezoidal channel which is given below .

Q: Given all information above Find the flow rate

A: Answer We are given  upstream depth of water y1 = 7 ft downstream depth of water y2 = 0.8 ft width…

Q: 2. O= 0. 56 cfr 6" = 175 ft B f= 0.04 D =6 30 ft WITH TH£ WATEE A AT A DETERMINE THE LEVEL

A: Given that:

Q: Show step by step solution

A: FINAL ANSWER:-       Therefore,the minimum coefficient of friction is 0.2167.Explanation:

Q: Name this force system Question 17 options: Non-planar concurrent Coplanar…

A: