List 3 equipment used in taping over level and sloping ground.
Q: 2-13.11. The beam AB in Fig. P-2-13.11 supports a load which varies uniformly from an intensity of…
A: The FBD of the beam is shown below:
Q: Determine the oil surface elevation at section 1. Ⓡ Elevation=1 -60 m Oil, S-0.9 v= 3 x 10-5 m²/s…
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Q: A 27-acre drainage basin comprising of seven sub-catchments is shown in Fig. 1. Determine the design…
A: A = 27 acre T = 5 years return i=120T0.175Td+27=0.015 Pipe Length slope EB 450 0.0064 AB 550…
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Q: With the use of a 1-sec theodolite positioned at the center of a five-sided lot, the following…
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A: Given- Velocity V=50 kmph, Width of vehicle b=1.8 m, Height of vehicle H=1.50 m, No super-elevation…
Q: roblem 1 : Given the following the differential level notes: STA Backsight (BS),m Ht. of Inst. (HI),…
A: Height of instrument when Back sighting BM-A: Height of instrument = Elevation of MB-A…
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Q: 72KN 150KN/M 72KN COOKA/M E = 200 CPA I= 29x10 mm 2m a Det. the deplection AtA.
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Q: In which situations are wet ESPs (WESPs) used?
A: Solution: A wet electrostatic precipitator often used to PM emissions in the exhaust gas streams…
Q: Find and draw the total head (ht), the elevation head (he) and the pressure bead (hp) for the points…
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Q: A straight 100 m long raw water gravity main is to carry water from intake to the jackwell of a…
A: Given data- 100 m long raw water gravity main, Discharge Q=0.25 m3/s, Velocity V=0.75 m/s, f=0.01,…
Q: can you use Artesian formula
A: Given Radius of influence = 350 mdiameter = 30 cmlength = 25 mPermeability = 45 m/dayDrawdown = 4 m…
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A: Calculate: 1- The discharge of the channel 2- The required freeboard
Q: A theodolite was set up at station A and its height of set up was taken as 2.22m. A stadia rod held…
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Q: Determine the y-coordinate of the mass center of the welded assembly of uniform slender rods made…
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Q: Please provide an in-depth explanation of the Field Infiltration Test SetUp and Steps Ring…
A: Field Infiltration Test- Infiltration tests estimate the rate at which runoff will infiltrate…
Q: equipment used in taping
A: While surveying any area ,distances and length have to be measured in order to start any…
Q: 1. Complete the table below. STATION BM1 TP1 TP2 TP3 BS 1.80 2.18 2.22 1.50 1.80 2.10 HI 250.40 FS…
A: Station BS HI FS EL AVERAGE ELEVATION BM1 1.8 250.1 250.2 TP1 2.18 251.18 1.1 249 248.95…
Q: Given the following differential level notes: STA BS HI FS ELEV BM-1 1.73 346.50 TP-1 2.50 185 TP-2…
A: Given data in question Back sight Fore sight Elevation of BM1 To find out Elevations of all points…
Q: For the beam shown, a. determine the maximum flexural stresses in compression ant tension. b.…
A: Consider the figure,
Q: 20 KN 2m Jom RI R2 y at point B
A: Calculate deflection at point B for given beam.
Q: •7-53. Draw the shear and moment diagrams for the beam. 30 lb/ft 180 lb ft B 9 ft- 4.5 ft Prob. 7-53
A: Given data:
Q: - Read: CS Scanned with CamScanner 25m Maximum Minimum WM 5m 8 kN/m Tension Tension
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Q: Nam Activity 15-4 insulating Bushing Reer o Activity 15-4. Study the drawing and familierise…
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Q: No. Date 40:5 18KN E= L00 CPA エ= (9X10°m3 4. A 2m 4m 2m A . a. DeS. the deptection at
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Q: B) A clay layer with double-way drainage whose total consolidation settlement under a given load is…
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Q: find the slope at the node B as shown below using virtual work.
A: #calculation of Slope at B using Virtual work method ##
Q: From the given level notes as shown below, STA FS ELEV BM-1 100.345 TP-1 TP-2 TP-3 TP-4 BM-2 TP-5…
A: STABSFSELEV…
Q: Use 3ME Method
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Q: ans No. 3 only. asap
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Q: In haærdous locations, the use of non-metallic conduitshall be permitted provided it is buried NOT…
A: In order to ensure safety of buildings against faults pertaining to underground electrical wiring…
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- Determine degree of saturation PleaseIn haærdous locations, the use of non-metallic conduitshall be permitted provided it is buried NOT less than below the earth lexel. 400 mm b. 600 mm c. 1000mm d. 500 mmFrom the given level notes as shown below, STA FS ELEV BM-1 100.345 TP-1 TP-2 TP-3 TP-4 BM-2 TP-5 BM-3 BS 2.87 4.03 1.48 5.25 7.11 6.39 3.68 4.29 3.25 3.09 3.16 2.25 2.67 1.43 Determine the elevation of BM-3. Simply type the numerical value without unit. Express answer in three decimal places.
- Complete the table3 - please provide a clear and complete solutionIV. Double Rodded Leveling 1. Complete the table below. STATION BM1 TP1 TP2 TP3 TP4 BM2 BS 1.80 2.18 2.22 1.50 1.80 2.10 2.30 0.60 0.85 HI 250.10 FS --- 1.10 1.20 1.80 1.95 2.30 2.65 3.15 3.35 3.70 Determine the mean of the elevations recorded from the two routes. = EL 250.20
- List three equipment used in taping over level and sloping ground. Explain its uses IN YOUR OWN WORDS.Q1: For Setup shown: Soil I, A- 0.37 m2 , n-0.5 and k- 1 cm sec, Soil II, A- 0.37 m2 , n-0.4 and k-0.5 cm'sec. Find and draw the total head (ht), the elevation head (he) and the pressure head (hp) for the points as shown below: Note: The value of each dimension is listed according to shadent's aame, please show the attached table Duum soil I soil II 223 4.5Given the following differential level notes: STA BS HI FS ELEV BM-1 1.73 346 50 TP-1 2.50 185 TP-2 2.76 105 1.20 3.15 193 TP-3 BM-2 0.74 TP-4 1.67 0.98 TP-5 2.12 1.84 BM-3 1.77 What station has the highest elevation?
- (13-15) Please provide solution and a diagram if possible. Thank you.Please provide an in-depth explanation of the Field Infiltration Test SetUp and Steps Ring infiltrometer of 30 cm diameter and 60 cm diameter will be used STEPS Step 1: Hammer the 30 cm diameter ring at least 15 cm into the soil. Use the timber to protect the ring from damage during hammering. Keep the side of the ring vertical and drive the measuring rod into the soil so that approximately 12 cm is left above the ground. Step 2: Hammer the 60 cm ring into the soil or construct an earth bund around the 30 cm ring to the same height as the ring and place the hessian inside the infiltrometer to protect the soil surface when pouring in the water (Figure 75). Step 3: Start the test by pouring water into the ring until the depth is approximately 70-100 mm. At the same time, add water to the space between the two rings or the ring and the bund to the same depth. Do this quickly. The water in the bund or within the two rings is to prevent a lateral…Explain the wire-pipe design of wet ESP?