Question

In: Advanced Math

Design a canal culvert 75 metres long to pass a normal full supply discharge of 4...

Design a canal culvert 75 metres long to pass a normal full supply discharge of 4 m3/s with 0.3m head loss. The upstream and downstream canal parameters are as given in the following. Ymax=1.40 m Vmax=0.830 m/s
Ymin=1.05 m V min =0.74 m/s
At 5 m3/s, the normal upstream depth of flow = 1.28 m,
assume a square box section DxD is to be used with a rounded entrance so that K1=0.30. if R = D/4 for a single box section

Solutions

Expert Solution


Related Solutions

Design a canal having a trapezoidal cross section to carry a design discharge of irrigation water...
Design a canal having a trapezoidal cross section to carry a design discharge of irrigation water of 900 cfs. The slope of the canal is to be 0.002. The canal is to be lined with concrete, and it is to have the best hydraulic section for the design flow. Adopt a Manning’s roughness coefficient ? for lined canals under (troweled concrete) ? = 0.012.
Design a trapezoidal channel to pass a discharge of 10m3/s and the channel will be excavated...
Design a trapezoidal channel to pass a discharge of 10m3/s and the channel will be excavated through rock by blasting. The topography in the area is such that a bottom slope of 1 in 4000 will be suitable. Assume that n = 0.030 and select a value for the side slope, Z, as 1 horizontal to 4 verticals. Sketch the diagram for all calculated dimensions.
design full adder using 4:1 mux
design full adder using 4:1 mux
Design and simulate a Half and Full wave rectifier for a 12V AC supply with 60...
Design and simulate a Half and Full wave rectifier for a 12V AC supply with 60 Hz frequency. Please use online multisim and calculation
Design a 4-bit multiplier by using 4 bit full adder and write a verilog code.
Design a 4-bit multiplier by using 4 bit full adder and write a verilog code.
4. A nursery is willing to supply 75 plants when the price per plant is $18...
4. A nursery is willing to supply 75 plants when the price per plant is $18 and 100 plants when the price per plant is $20.  The price elasticity of supply in this case using the mid-point method would be a. 2.71 which indicates that the supply is elastic b. 2.71 which indicates that the supply is inelastic c. 0.27 which indicates that the supply is elastic d. 0.27 which indicates that the supply is inelastic 5. Assuming that the price...
Assume an economy operating at Full Employment (on the Long Run Aggregate Supply Curve).Using Aggregate Demand...
Assume an economy operating at Full Employment (on the Long Run Aggregate Supply Curve).Using Aggregate Demand and Short-Run Aggregate Supply in each of the following cases state: i) the direction AD would shift, ii) the change in the price level; iii) The change in GDP, iv) whether the economy would end up in a contractionary gap or expansionary gap. a) There is a decrease in interest rates b) The is a decline in the value of Household Wealth c) There...
4)Design a band-pass filter with a passband from 500 Hz to 2000 Hz using “butter” routine...
4)Design a band-pass filter with a passband from 500 Hz to 2000 Hz using “butter” routine of MATLAB. Assume a sampling frequency of 8KHz. Let the filter order be M=4. Plot the magnitude response and provide the filter coefficients and the transfer function
4. If Supply and Demand have the normal shapes (not perfectly elastic or inelastic), a "tax...
4. If Supply and Demand have the normal shapes (not perfectly elastic or inelastic), a "tax on sellers" (as defined by Mankiw) will shift demand upward by less than the amount of the tax, and equlibrium posted price will increase by the same amound as the tax.   True or False? 6. If Supply and Demand have the normal shapes (not perfectly elastic or inelastic), a "tax on sellers" (as defined by Mankiw) will shift demand upward by the amount of...
Design a 4 th order band-pass, maximally flat lumped-element filter with center frequency 3 GHz and...
Design a 4 th order band-pass, maximally flat lumped-element filter with center frequency 3 GHz and 10% bandwidth. The characteristic impedance is 50 Ω. FR4 substrate εr = 4.4, d = 1.6 mm, and tan δ = 0.02, with copper conductors 17 μm thick.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT