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A dc motor is driving a constant-torque load. If the armature voltage of the motor increases by 20%, calculate the percentage change in no load speed.
From what distance must the electron be red if it is to just fail to strike the plate?
There are two power system and susenergy problem. Include your email in your answer document.
A network router connects multiple computers together and allows them to send messages to each other. If two or more computers send messages simultaniously, they collide and the messages must be resent. Design a collision free circuit for a router..
I)Design a circuit that gives you the following relation between input and output Vout = 2.17Vin + 5 Here are the constraints you need to work with: 1) Only one power supply that gives ±12V is available 2) Available op-amps run on ±12V
An op-amp based amplifier has +/- 51 V supplies and a gain of -80.Over what input range is the amplifier linear. Find (a) the minimum and (b) the maximum values.
In a balanced three-phase wye-wye system, the load impedance is 10+j10 ohm. The source has phase sequence abc and the line voltage Vab= 220
In each case subtract the 1st letter from the second letter in the test bench and use the $dispLay command to print the results and paste in a screen shot and the code.
A 25KW, 250V dc shunt generator has armature and field resistances of 0.06 ohm and 100 ohm respectively, determine the total armature power developed when working (1) as a generator delivering 25KW output and (2) as a motor taking 25KW
Determine what kind of filter (low pass, high pass, bandpass, or band stop) the circuit represents. Briefly justify your answer. Confirm by computing the Bode plot using MATLAB and paste the graph below.
Suppose a car is traveling at +23.2 m/s, and the driver sees a traffic light turn red. After 0.563 s has elapsed (the reaction time), the driver applies the brakes, and the car decelerates at 7.00 m/s2. What is the stopping distance of the car
Careful measurements in a certain non-magnetic (µ = µ0) medium reveal that the penetration depth of a 100 MHz uniform plane wave is 4 meters and the wavelength is p / 6 meters.
You are required to determine that this next generation transmission system will require a spectral efficiency of 5 bits/sec per Hertz.
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