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The traverse in Problem 10.21 was performed in the Pennsylvania north zone of SPCS83. The average elevation for the area was 367.89 m and the average geoidal separation was -30.23 m. Using the mean radius of the Earth of 6,371,000 m, reduce the observations to grid and adjust the traverse using the compass rule. Assume that the azimuths given in Problem 10.21 are grid azimuths. Compare this solution with that obtained in Problem 10.21.
Problem 10.21:
The following data apply to a closed link traverse [like that of Figure 9.1(b)]. Compute preliminary azimuths, adjust them, and calculate departures and latitudes, misclosures in departure and latitude, and traverse relative precision. Balance the departures and latitudes using the compass rule, and calculate coordinates ofpoints B, C, and D. Compute the final lengths and azimuths of lines AB, BC, CD, and DE.
A biological reactor is used to treat wastewater from a small community (Q = 100,000 gpd). The influent BOD5 concentration to the reactor is 200 mg/L and the required effluent BOD5 concentration is 30 mg/L.
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When is it advantageous to use an unequal-tangent vertical curve instead of an equal-tangent one?
The symmetrical, two-hinged arch shown in Figure S10.7has a constant second moment of area, and the arch axis is defined by the coordinates given in the table. Determine the value of the horizontal thrust at the supports.
a constant head permeameter contains three different soils 1 2 and 3 where 1 is on top of 2 and 2 is on top of 3. their
At a given initial time, the pressure in thetank is 100 kPa gage, and the atmospheric pressure is 100 kPaabsolute. Some time later, after more gas is pumped into thetank, the pressure in the tank is 200 kPa gage, and the temp.
At the moment when A passes P, the police car begines to accelerate at the constant rate of 6m/s^2 until a speed of 160km/h is achieved, and that speed is then maintained.
Explain methods FOR artificial aggregate productions :1. Cold-bonding method (EXPLAIN detailed)2. Sintering Method (EXPLAIN detailed)
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Air enters an adiabatic nozzle at 4MPa and 400 K with a velocit of 25 m/s. Air at the exit is 2 MPa and a velocity of 160 m/s. Calculate entropy? Is this a reversable process?
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