Q#1(a) :A rectangular tank of surface area 5m×5m contains water upto a depth of 4m. There is an orifice on the base of the tank of diameter 50mm. In how much time The level of water will fall to the depth of 2m The tank will completely empty                                                   Take Cd= 0.62

Q: H.WI:Water flows steadily through the large tanks shown in fig. below. What is the water depth, h, ?

A:

Q: A tank of water 1 m deep, 3 m long, and 4 m wide into the paper has a closed sluice gate on the…

A: Water tank dimensions:Depth (h) = 1 mLength (b) = 3 mWidth into paper (w) = 4 mInitial depth at t =…

Q: h. Answer with True (T) or False (F). 5. In pipe series system velocities are equal. 6. In parallel…

A: 5. For pipe in series the flow rate is same, not velocity (as diameter changes velocity will vary).…

Q: Hiw.e show by (TT-theorom) that general equ. fdischange C)over a weir of any shap is given by P= H…

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Q: For the water channel fl ow of Fig.=, h 1 = 0.45 ft,H = 2.2 ft, and V 1 = 16 ft/s. Neglecting losses…

A: Write the given data.

Q: For the conduction of the water there is a height difference of 38 m. The results obtained from the…

A: Solution: Given Data: ∆H=38 m   To Find: Available driving load/Total available Head

Q: e opening is 0.61 m below the w: lownstream water level is belov alate (a) the discharge through…

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Q: Q5, 3 m wide. The depths y: and y2 are 2 m and 5 cm, respectively. The horizontal distances between…

A:

Q: Consider the following system Find (i) Span (ii) Equivalent head of water at maximum level. (iii)…

A: (i) Calculate the span of water level.

Q: 4. Find the width, in meters, of the channel at the back of a suppressed weir using the following…

A:

Q: Pressure loss along a pipe pumping water is 6.6Pa. If the pipe is 2.1m long, what angle (in degrees)…

A: To overcome the pressure drop along the pipe, we need to consider the effect of gravity on the water…

Q: Water is flowing in a rectangular channel that has a width b, = 3 m with a depth y, = 1 m. Then the…

A: From the tables, At section 1, Froude number F1 = 2.99 F1 is greater than 1, it means that flow is…

Q: [Mechanical] A 10cmm diameter external cylindrical mouth peice discharge under head of 4m .determine…

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Q: Find hydraulic radius Wetted area=8 m2 Wetted perimeter=10 m

A: Given data : Wetted area=A Wetted perimeter=P   To find : Hydraulic radius

Q: Mechanical Engineering besides kaplan turbine, what are the turbines i can use for my requirement:…

A: Introduction: Low head turbines generate hydroelectric power when the head of the water is less than…

Q: Problem 3 Given: A wave of 0.7 ft. wave height and period 1.12 seconds is generated in a wave tank.…

A: The data given is, Wave height, H = 0.7 ft Time period, T = 1.12 s Depth of water, d = 3.5 ft The…

Q: An unfi nished concrete sewer pipe, of diameter 4 ft, isfl owing half-full at 39,500 U.S. gallons…

A: Given data: The diameter of pipe, d = 4 ft. The discharge through pipe, Q = 39500 U.S gallons per…

Q: Ua and Ub in m/s.

A: Solution given below.

Q: 3. The daily streamflow data of a river for a drainage area of 5,810 km' are given in table below.…

A:

Q: What is hydraulic potential yh for a situation where ym = -280 mm and the reference elevation is 520…

A: Given: H = - 280 mm Z = 520 mm

Q: In gradually varied flow, the channel bottom, water surface, and EGL are parallel. Select one: O…

A: The Energy Gradient Line (EGL) represents the total energy of a flowing fluid at different points…

Q: Q3: Design a rectangular box culvert flowing partially full as a bridge crossing in a lined canal…

A: Givenl = 35mb = 4.2ms = 0.003n = 0.017Q = 13.8m3/sSolution:to find normal depth:from manning's…

Q: A: Flow is being measured by a Parshall flume with the following dimensions: 1830 mm. 13 1795 mm. C…

A:

Q: .6 m and havin ine the botton flow 0.3 m. Ais nquil or rapid).

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Q: Q6. A dru of (1m) is one end of other end i drum. Hov the siphon tube of fric

A: GivenD=0.6mz1=1mz2=-0.5md=15mmL=3.5mf'=4f=0.001cc=0.55

Q: The Blue Ridge Flume, constructed in Shasta County, California, in 1872 to supply water for gold…

A: From the given figure, the height of the flume can be calculated using the figure below and the…

Q: A vertical sluice gate spans the full width of a rectangular channel 6.0 m wide. If the downstream…

A: The hydrostatic forces on both sides of the sluice gate act at the CG of the body. The resultant…

Q: ows through an open channel of hydraulic diameter 2.30 m, whose wetted perimeter is 7.00 m. pe is…

A: Handwritten.jpg

Q: ou’ve sent your assistant out to measure the flow properties of a frictionless rectangular flat…

A: Given -At the downstream cross-section (subscript 2):Depth, d2​Specific discharge, Height of the…

Q: Water áows in a rectangular channel of width, w. In some cases, the water may suddenly increase in…

A:

Q: 3.5 A rectangular ditch of width 10 m has a sloping bottom as shown. Water is added at the rat O of…

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Q: Q1: water flows steadily at 16 ft’/s in triangular sluice with side slope 1:1 ; the bottom has slope…

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Q: A ship of 8500 tons displacement has a double bottom tank 11 m wide divided longitudinally in half…

A: Given: The ship weight, M = 8500 tons The width of the tank, b = 11 m The density of fuel = 0.85…

Q: A constant head orifice from a tank feeds water into a flume (open channel) 5m in length and 500 mm…

A: Given; The length of open channel = 5 m The width of open channel = 500 mm=0.5 m The diameter of…

Q: hannel with a rectangular cross section, width = 200 μm, height = 120 µm, if the volumetric flow…

A: Given data as per question Straight channel with a rectangular cross section width,w = 200 μm height…

Q: Please try to answer in text Water flows through 100 mm diameter pipe from A to B. The velocity is…

A: Hydraulic grade line is defined as piezometer head.

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.