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The overall objective of this lab is to design a variable-gain amplifier, where the gain is controlled by a digital output of the microcontroller. The gain settings are 10, 20, 50, and 100. As preparation, design two separate circuits using different approaches. Evaluate the bandwidth, noise, error due to offset voltage, and cost. Build and experimentally measure bandwidth, noise, and offset error.
a reverse osmosis unit for purifying dilute salt solution has 900000 hollow fibers that permit water and reject salt.
Determine the number of electrons transferred during the corrosion process. (T = 25°C and symmetry factor = 0.5)
Write the difference equation for the BTBC-CS method where a backward difference is used for the convection term and a central difference is used for the diffusion term. Assess the stability of the method.
1. For the isentropic flow of an ideal gas with constant specific heat ratio k, the ratio of the temperature T* to the stagnation temperature To is T*/To 5 2/(k 1 1). Develop this relationship.
a fairing for an optically perfect window for an airborne telescope is being tested in a wind tunnel. a manometer is
Water flows in a 2 ft diameter duct under the following conditions: p1= 55 psia and v1=20ft/sec. At another section 12 ft below the first the diameter is 1 ft and the pressure p2=40 psia. Compute the frictional losses between these two sections. Dete..
consider a regenerative vapor power cycle with two feedwater heaters a closed one and an open one. steam enters the
consider an ideal vapor-compression refrigeration cycle. the refrigerator employs refrigerant 134a as the working fluid
when the motorcyclist is at a he increases his speed along the vertical circular path at the rate of v v dot 0.04s
a u-tube manometer is connected to a gas pipe. the level of the liquid in the manometer arm open to the atmosphere is
Calculate the moment of inertia Id for a W 12 × 50 wide-flange section with respect to a diagonal passing through the centroid and two outside corners of the flanges. (Use the dimensions and properties given in Table E-1.)
Determine the analytical solution for the maximum stress of the beam shown; compare with stress results from SolidWorks.
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