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1. What is the purpose of the orifice? Why is it not a good idea to drill out orifices in the field?
2. What components are needed for a furnace to operate as a two-stage furnace?
3. Why are some condensate pumps not approved for furnace condensate?
The PMAC motor is driving a purely inertial load. A constant torque of 5 Nm is developed to bring the system from rest to a speed of 5,000 rpm in 5 s. Neglect the stator resistance and the leakage inductance.
a. Plot the spectra of X(w) = t sinc(wt/2). Let t = 1 and -20 =
If a lamp has a resistance of 120 ohm when it operates at a power of 1.00 x 10^2 W, what is the potential difference across the lamp?
A crucial step in showing that the waves in a fluid are necessarily longitudinal was the integral in (16.142). For an arbitrary function f (ξ), with derivative f'(ξ),
How are feet per minute measurements (fpm) different from cubic feet per minute measurements (CFM)?
A three-phase, wye-connected, 20-MW load of power factor 0.866 lagging is to be supplied by a transmission line at 138 kV. It is desired that the line losses not exceed 5 percent of the load. If the per-phase resistance of the line is 0.7 Ohm
Plot the filter frequency response (use Bode plots). Verify that the filter response matches the desired Butterworth filter frequency response.
Design automatic fan speed controller based on the temperature variation in room using a microcontroller. Please include Detailed explanation of the Project including introduction, theory, circuit diagram and coding part,
Calculate the gap energy and the emitting wavelength of a GaAs laser that is operated at 100°C. Take the necessary data from the tables in Appendix 4 and Section 19.2.
Write a truth tables and explain how each one of these two circuit work
The fermi energy level for a particular T = 300K is 6.25 eV. The electrons in this material follow the Fermi-Dirac distribution function. (a) Find the probability of an energy level at 6.50 eV being occupied by an electron.
b. To maintain one per unit voltage at rated load, find the per unit generator voltage needed. c. Find load current in amps, current through the transmission line in amps, generator current in amps, and the genertor voltage in volts.
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