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Research and briefly identify the energy conservation measures that reduce a building's energy use by reducing one or more of the heating/cooling/electrical loads experienced by that building. (hint : ground source heat pumps, etc. do not reduce the building load, they merely are a more efficient manner of meeting the building load.)
Then select one of the conservation measures you have identified above, and prepare a written report, 1500 words in length, and illustrated as required. Make sure you follow guidelines re: footnotes, identification of all sources and plagiarism.
The report must summarise how the measure reduces building load and hence saves energy, what building science principles are involved, how successful the measure is in practice, what limitations there are in using this measure, and how much can typically be saved.
Create a depreciation schedule showing annual depreciation amounts and end-of-year book values for a $26,000 asset with a 5 year service life, using the MACRS depreciation method.
A process is normally distributed and in control, with known mean and variance, and the usual three-sigma limits are used on ?? control chart, so that the probability of a single point plotting outside the control limits when the process is in contro..
Provided that the amplitude is sufficiently great, the human ear can respond to longitudinal waves over a range of frequencies from about 20 Hz to about 20000Hz. Compute the wavelength corresponding to these frequencies a.) for waves in air ( v= 344 ..
If the porosity of a core sample is 26 percent, the pore volume is7.7 cc, what is the length of the core in inchesif the diameter is 1.5 inches?
Determine the centroid for the region bounded by the x-axis, the curve y=x^3, and the line x=3
A water tank consists of a cylindrical part of radius r and height h, and a hemispherical top. The tank is to be constructed to hold 500 m3 of fluid when filled. The surface area of the cylindrical part is (2*pi*r*h)
for what flowrate through the Venturi meter will cavitation begin if p1=275 kPa gage, atmospheric pressure is 101 kPa (abs) and the vapor pressure is 3,6 kPa (abs)
A torque of magnitude T = 1000Nm is applied at D as shown. Knowing that the diameter of shaft AB is 56 mm and that the diameter of shaft CD is 42 mm, determine the maximum shearing stress in (a) shaft AB, (b) shaft CD.
Deisgn a thrust block needed to resist the force generated by a 45 degree flanged regular elbow which carries a flow of 14 cfs. The diameter of the fitting narrows from 24 inches to 18 inches and the inlet pressure is 100 psi.
A 100-m reach of sewer is to have a minimum capacity of 200 L/s. The street elevation at the upper manhole is 305.55 m and at the lower manhole is 303.05 m. Determine an appropriate pipe diameter and slope for this reach
A compressible 12-ft clay layer beneath a building is overlain by a stratum of sand and gravel and underlain by impermeable bedrock. The total expected primary consolidation settlement of the compressible clay layer due to the building load is 4.60 i..
Normal load at failure was 93.8N with a maximum shear load of 38.7N. Find stresses on the failure plane, sketch a graph showing these on the shear stress and normal stress axes. Find the friction angle and shear strength.
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