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This is an individual exercise which involves the design of the mechanical parts of a variable pitch propeller.
Need the R = ? Resistance equation from A to X? Need the q = ? Heat transfer equation?
Plot the heat collected in solar collector, heat loss in the storage, additional heat needed using auxiliary natural gas heat, and the heat extracted from heat extractor as a function of time for th
a) Determine the normal depth of flow, conveyance and Reynold’s Number. b) What will be the depth if the flow is increased to 45 m3/s?
To determine the undrained shear strength of a soil using the triaxial compression test. The apparatus consists of a cell, which is filled with water under pressure; the specimen is loaded vertically
What potential problems (to the pump and the pipe) exist when a pump is started and the pipe is empty?
For the aggregate demand-aggregate supply model, suppose that there is an increase in government spending and the Fed changes the money supply in such a way that interest rates do not change.
The absolute value of the heat of reaction (QR in kJ/kg) for the fuel. Assume an idealized, low temperature, stoichiometric combustion process in air.
1 an axial-flow compressor stage with hub and tip radii rh 38 cm and rt 61 cm is designed with the following data n
the power specific speed of a 4mw francis turbine is 08 and the hydraulic efficiency can be assumed to be 90 the head
a 121-cm-wide and 18-cm-high vertical hot surface in 25degc air is to be cooled by a heat sink with equally spaced
a polyamide a-3 flat belt 6 in wide is used to transmit 15 hp under light shock conditions where k s 125 and a factor
1 generalized upwind differencinga derive the modified differential equation corresponding to the difference equation
1 implicit maccormack methodwrite the finite-difference equations for the implicit maccormack method2 implicit
du fort-frankel methodperform a consistency analysis of the du fort-frankel method and show that the corresponding
self-induced velocity of a vortex ringwrite a program that computes the self-induced velocity of a circular vortex
1 damping force on a sphere and a cylinderintegrate the potential flow solution to compute the dissipation integral for
prandtl-batchelor theorem for axisymmetric flowderive the prandtl-batchelor theorem for axisymmetric flow with
the resistance of a platinum wire is found to be 11000 ohms at the ice point 15247 ohms at the steam point and 28887
need to cover fig shows a sectional view of a length of pipeveork which fuel oil flows through justify and comment on
oil at 20degc rho 888kgm3 andnbspmu 0800 kgms is flowing steadily through a 5-cm-diameter 40-m-long pipe the pressure
theory of metal - strain and stress computation based onvisioplasticitytaskthe plane-strain deformation for a marked
manage work activities to achieve organisational objectives1 identify and explain engineering business functions 500 -
select one a paper for analysis follow instructions belowchoose one of the papers displayed on the blackboard site
a rectangular loop of wire with sides h 30 cm and w 65 cm carries current i2 0383 a an infinite straight wire