.Activities A and B are both 6 days long and the onl Immediate predecessors to activity C. Activity A ESS and LS-S and activity B has ES-7 and LS-10. The ES of activity C is.. A 14 C. 16 B. 13 D 17

Q: The natural frequency of the system

A: Given data, A simple mass-spring oscillatory system consists of a mass m. It is suspended from a…

Q: STATIOΝ B.S. F.S. ELEV. (m) BM1 9.08 150 BM1 9.08 TP1-L 12.24 3.73 TP1-H 10.10 1.60 TP2-L 11.04 2.21…

A:

Q: Talked with the professor and need look up the data for Anchorage, Alaska using NOA. Also, I found…

A: Designing geography manages the investigation of the construction of the earth according to the…

Q: Problem 3.9 (Ans. e, = 0.00435, p = 0.827, ÞM¸ = 1050.4 ft-k) 24 in. 27 in. 6 #11 bars 4 3 in. fy =…

A: A strength reduction factor is used to decrease the calculation of the design strength of concrete…

Q: A submarine moves forwards and has itsaxis 15 m belowthesurface ofwater. A pitottube properly placed…

A: Given: Difference of mercury level, x = 170 mm Specific gravity of oil, So = 1.026 Velocity…

Q: STATION B.S. F.S. ELEV. (m) BM1 9.08 150 BM1 9.08 TP1-L 12.24 3.73 ΤΡ1-Η 10.10 1.60 TP2-L 11.04 2.21…

A: Given data in question  Back sight  Fore sight  Elevation of BM To find out  Elevations Note I have…

Q: EC, LS, LC, TF, and FF. Preceding Activity Time A,F

A: Given:- Network diagram To find:- total project duration ES,EC,LS,LC,TS,FF

Q: the natural frequency in HZ for the system below if the weight 13.266 N and spring constant 80N/m is…

A:

Q: P1 = 40 kPa V = 100 m/s d = 500 mm %D %3D 2.0000 P2 = -55 kPa d = 1000 mm 1. NEGLECTING HEAD LOSS,…

A: We have to define the value of energy given up if we neglecting the head loss and as per the other…

Q: Problem #3 12 kN/m EI = constant E= 70 GPa A B I= 210x10° mm* Required: 8max OA OB 3m 4m

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Q: 1. A stone is dropped into a well with no initial velocity and 6 sec later, the splash is heard.…

A: The depth of the well is measured from the equation motion. The equation used to find the time of…

Q: Given that: m, = 8 kg. , m, = 3 kg., k, = 150 N/m, k, = 120 N/m and k3 = 50 N/m. • Determine the…

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Q: A hemispherical tank of diameter 4m contains water up to a height of 1.53 m. An orifice of diameter…

A:

Q: 10KN 10kN node 2 A = 100 mm? E = 200 kN/mm? member 3 2m member 1 member 2 Onode 1 node 3 node 4 2m…

A: Properties of stiffness matrix: 1)A stiffness matrix is a square matrix of order n (n- no of…

Q: = 0.0220 c v rate is 0. ake g= 9.8

A:

Q: 4. The velocity of a particle which moves along S-axis is given by V = 2 - 4t +5t^(3/2) where t is…

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Q: The T.F. of activity 10-20 is: * 17 T=8 20 40 T=8 60 10 T=9 T=4 T=6 30 50 T.F.=4 O 2 1 4

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Q: Hi w A Des ign the network represents the following activitres and then finds the critical Path?…

A: The project activities, their predecessor and their completion times are given.

Q: D NO.: DATE: 12 SOLVE FOR THE MENBER FORCES: 1200 1b AB. AC, BC. BD, BE, BF,CF,DE, EF 12 A 2400 1b…

A:

Q: Q4) Find the natural frequencies of the system below ( without using lagrange or energy equations).…

A: We have to find the value of natural frequency of the given system.

Q: 6. A 200-N block in contact with a level plane is acted upon by a horizontal force P = 100N. The…

A:

Q: Figure below shows a jet of water striking a curved vane, which turns the jet through an of Im/s The…

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Q: Item 6 of 9 The disk rolls without sliding on the fixed horizontal surface. At the instant shown,…

A: Instantaneous center is that point which is momentarily at rest.

Q: 8.) THREE FORLES ACT AT THE SAME POINT K SHOWN. DETERMINE THE MAGNITUDE LIl OF THE RESULTANT.…

A:

Q: An iceberg having specific gravity of 0.92 floats in seav ice above the water surface is 500 m, wnat…

A: Given data, Density of ice Berg = 0.92×1000 = 920 kg/m^3 Density of sea water = 1.03×1000 = 1030…

Q: ocity of flow at C?

A: Apply Bernoullis theorem PAγw+vA22g+zA=PCγw+vC22g+zC0+0+3=0+v22(9.81)+0vC=7.67ms

Q: 1-1Fthe maghetic quarter directioh (M.Br) for the 1:hes. AB,B EDDE andEF are N55 3 E, S78 00 E, S72…

A: We will draw diagram and solve using mathematical calculations.

Q: Given.the follawing.6-hn.Unit.hydrograph.Astorm had.three. Sucessive.6mhr.intervals.of.rainfal…

A: The resultant hydrograph can be found out as shown below:   1st 6-hr 2nd 6-hr 3rd 6-hr…

Q: Determine the precipitation at Raingauge station D for the year 2020 by normal ratio method.…

A: NA = 850mmNB = 970mmNC = 1010mmND = 1100mmANDPA = 960mmPB = 1050mmPC = 1180mm

Q: Determine the force in each member of the truss shown in Fig. 13.27(a) by the method of least work.

A: Trusses are very useful under different seismic conditions with equivalent loading. This type of…

Q: dz with equal effective green % left tuming =30. show the following for one of the approaches: A…

A: Given:- cycle time=114sec % left turning =30 width of approach=12m %left turning=30 To find:- a)…

Q: 9. Calculate the specific energy of a trapezoidal channel having depth 2m, base width of 5m and side…

A:

Q: K 2m 18 .80 kN/m 2m C देण x

A:

Q: Ship A left a Port at 12:00 noon and sails N 42°18' E at a rate of 3 mph. At 2:00 PM, ship B starts…

A:

Q: A 200-N block in contact with a level plane is acted upon by a horizontal force P = 100N. The fk =…

A:

Q: You are given an S-hydrograph of intensity 0.5 cm/h. How will you use it to develop the 3-hour UH (1…

A:

Q: 9.2 The properties of the plane region are Jc=50 ×_10³ mm“, I, =600 × 10° mm“, and I, = 350 × 10°…

A: Figure is as shown

Q: Reservoir B in the figure receives 0.06 m³/s of flow. Determine the elevation of reservoir B. Do not…

A:

Q: roblem 3 - 111 A block weighing 125 pcf is 1 ft square and 9 inches deep floats on a stratified…

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Q: 225 P- 8 P;= 10 9;- 18 2 (m) 1 (m) 4.50 (m) 1.50 (m)

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Q: 8. Calculate the specific energy for a triangular channel having depth 4m, side slope 1H:2V and bed…

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Q: The F.F. of activity 50-60 is: * 8 17 T=8 20 40 T=8 10 60 T=9 T=4 T=6 30 50 T.F.=4 6. 4

A: Given that:

Q: Determine the following of the shaded areas in each figure: INAx INAY Sx Sy Area, A Ybot Xleft Ty…

A:

Q: Question 1 The approximate RTT is based on the A of properties over A and outlets. Question 2 In the…

A: RTT stands for Reynolds Transport Theorem . Under langragian  a system was identified as summation…

Q: A sonar transmitter operates at 2.02 impulses per second. If the device is held to the surface of a…

A: A transmitter is generally created electrical signals of the proper frequency and normally it…

Q: Depth of flow (y) in various cross-sections, R, = y Depth Yupstream mm 100 Ус 15 10 Ybefore the jump…

A:

Q: لقطة واحدة -Control volume (CV)- -Fluid element of velocity vi QUE Area A₁ +44 * ?In fig. if D1= 4…

A: To Determine Discharge through the pipe, Q

Q: In flow past a body or wall, early transition to turbulencecan be induced by placing a tripwire on…

A: Given data: Trigger turbulence Udν=850 Sphare diameter (D) = 20 cm = 200 mm ReD = 90,000

Q: A 0. 15-kg glider is koving to the right air frack with a speed of 0-8 ms it has a head -on colision…

A:

Q: D,and diraction of flow foo.co06 0.0006 d:o.lm 20 m d:0.ollm 4.1.5ms -lom 15m lom A

A: Given data Height of tanks Velocity of water Discharge  Diameter of pipes. Friction coefficient.

Highway Drainage

Highway drainage is the process of extracting and regulating the excess surface water on the pavement by giving the desired slope. The construction of a highway drain helps to divert the water present on the surface, and sub-grade by the means of slope. Highway drainage systems are a necessary part of smooth functioning of traffic, since the highway drainage systems provide proper disposal of unwanted substances from the highways.