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A similar circular glass tube is filled over one half of its area with 40 cm of sand, having a hydraulic conductivity of 10-5 m/s, and over the other half of its area with 40 cm sand having a hydraulic conductivity that is a factor 4 larger, see Figure 7.5. The inner diameter of the circular tube is 10 cm. Calculate the discharge Q through this layered sample, if the head difference between the top and bottom of the sample is 20 cm.
If the price of electricity is $0.08/kWh, determine the amount of energy and money that will be saved as a result of installing motion sensors. Also, determine the simple payback period if the purchase price of the sensor is $32 and it takes 1 hou..
a particle is moving along a straight line and has an acceleration of kv2 ms2 where v is the velocity of the particle.
consider a cylindrical nickel wire 1.9 mm in diameter and 3.2 times 104 mm long. calculate its elongation when a load
you are attending the bonfire before the homecoming football game. the temperature of the air varies inversely with
A MASS of gas at an inital pressure of 28 bar and with internal energy of 1500kj,is
Can you guess what might have caused the unusual aspect(s) of the histogram?
In our stress calculation example, we had an array of rod diameters and wanted to calculate the normal stress in each rod when it is loaded by an axial load P of 1000 lbs. EDU stresscalc ?
Strains measured as the bar was pulled in tension were used to compute Young's modulus. Readings from one gauge gave a modulus much higher than those from the other gauge. What was the probable cause of this discrepancy?
A vibrating spring-mass system has a measured acceleration amplitude of 8 mm/s2 and measured displacement amplitude of 2 mm. Calculate the system's natural frequency.
the structure of a house is such that it loses heat at a rate of 5400 kjh per degree celcius difference between the
a wellinsulated counterflow heat exehanger operates at steady state. in one stream liquid water enters at 10 degree
A radiator surface on a spacecraft is sized to deliver 1000 W heat load to deep space where the sink temperature is assumed to be 10 K. the radiator surface is 10 m x 1 m and has a solar abosrptance of 0.2 and an emissivity of 0.8. Determine the surf..
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