The 230V single phase induction motor has the following integer.
Rs = Rr = 8 ohm, Xs = Xr = 12 ohm, Xm = 200 ohm
When this motor is rotating at 1,728 rpm in normal operation
Find the input current, input power, mechanical conversion power and induced torque.

Answer
2.60A, 384W, 294W, 1.62N-m

Which synthesis method will not work for growing metal nanowires. (You can use a process of elimination to figure this out)

The equivalent synchronous impedance of a 25kVA, 400V
three-phase Y-connected synchronous generator is 0.05 + j1.6 ohm.
When the rated voltage was output under no load, the rated current flowed by connecting the load.
Part a)
If the load power factor is 0.8, 1.0 lagging, and 0.8 lagging,
calculate the pull-up voltage, load angle, and voltage fluctuation rate for each.
Ignore the magnetic saturation.

Part b)
If the power factor is 0.8, 1.0 lagging and 0.8 leading,
when the rated current flows through the generator at the rated output voltage,
calculate the internal induced power, load angle, and voltage dynamic for each.

Answer
Part a)
190.4V, 11.26 deg, 21.3%
221.8V, 14.47 deg, 4.1%
259.2V, 11.82 deg, -11.3%

Part b)
270.8V, 9.59 deg, 17.5%
239.8V, 13.93 deg, 3.8%
203.3V, 13.45 deg -12.0%

Which of the following is the most appropriate safety procedure that should be adopted for repair and maintenance on electricity systems?

A. Lockout and Tagout (LOTO) Procedures

B. Fire Emergency Response Procedure
C. Hot Work Procedure

D. Confined Spaces Safety Entry Procedure

Description of how buses are used within a microprocessor such as the 8-bit AVR used in the Arduino microcontroller A block diagram that shows the 8-bit AVR along with the data and address busses. Use a graphics package such as Fritzing or equivalent

Why is it that a carbon nanotube could act as a metal while metallic nanowires that are sufficiently small can behave like a small bandgap semiconductor?

Consider a plane wave with rigth-hand circular polarization travelling in the +y direction in a nonmagnetic lossless dielectric material. The dielectric constant of this material is 4. The frequency of the wave is 100 MHz and the electric field amplitude is 3mV/m. Find the instantaneous expression for E.
I need a clear explanation for this question.

3. A single phase motor load draws 5.5 A of current at a 0.83 power factor lagging from a 50 Hz 240 V source. A capacitor is connected in parallel to the motor to improve the power factor.

(a)If the power factor is improved to unity, find the value of capacitance of the capacitor.

(b)If the power factor improves to 0.96, find the value of capacitance of the capacitor.

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Please use a transformer, bridge full-wave rectifier and filter capacitor to design a power supply circuit that converts 60Hz-110V AC to 12V DC.

Please (1) draw a circuit diagram,

(2) calculate the value of the filter capacitor C so that the ripple at the output current of 2A needs to be less than 0.1V,

(3) select the transformer output voltage and estimate the peak voltage of the DC power supply.

I need assistance with using Verilog to code the following:

The decoder needs attention. Its function is to take the 10‐bit input, and give three 4‐bit signals. The first 4‐bit signal should be the number of hundreds, the second 4‐bit signal should be the number of tens, and the final 4‐bit signal should be the number of units. In Verilog, these can be calculated simply using the numerical operators, specifically: Divide (/)  Modulus(%)

Given:

input[9:0] number

reg[3:0] numb_bcd0, numb_bcd1, numb_bcd2;

       numb_bcd0 = number % 4'd10; //units
       numb_bcd1 = (number / 4'd10) % 4'd10; //tenths
       numb_bcd2 = ... //hundredths

I am having trouble figuring out how to calculate the hundredths place for numb_bcd2; Thanks for the help!

Write a note on Chebyshev multi section matching transformer designs. (b) Design a four-section Chebyshev matching transformer to match a 40ohm line to a 60 ohm load. The maximum permissible SWR over the pass band is 1.2. What is the resulting bandwidth?

An essay about researchers experiences in designing DC power supply circuit and audio amplifier circuit to preform a speaker?

Consider the cylindrical wire of radius R= 5mm having current density through
a cross section varies with radial distance ‘r’ as J= (3x 109 A/m4 ) r2 , and ‘r’ is
in meters. What is the current through the outer portion of the wire between
radial distances r=0.75R and r=R.

for the unity feedback system, the open loop transfer functions is
G(s)=K(s+2)(s+3) / (((s^2)+2*s+2)(s+4)(s+5)(s+6))
a. sketch the root locus (detail step wise)
b. find the jw-axis crossing and the gain. K, at the crossing