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a) What are the key observations of nerve growth in an electric field and what are the conditions (field strength, duration, treatment protocols) for electric fields that promote nerve growth?b) What possible "targets" (receptors, cellular mechanisms) could be affected by electric fields to promote nerve growth?
Using DC Operating point analysis in Multisim (DO NOT USE MULTIMETER INSTRUMENT-NO CREDIT) determine the emitter voltage and emitter current. Provide a screenshot of the results window.
Determine the energy uses on farms in middle east and determine whether or not it is better to use a stand alone system or a grid connected system for the application on farms.
At time t = 0 an electron at the origin is subjected to a force that briefly accelerates it in the +z direction, with an acceleration of 6 × 1017 m/s^2. Before trying to answer the following questions, draw a clear diagram. Location D is 28, 0, 0 ..
A. Two machinery options are described below. Calcuate the present value of each of the items specified. Assume an interest rate of 6% and a useful life of 8 years. Show all the necesary work to calcualte value.
three light bulbs (P1= 30W, P2=40W, P3=50W) are connected in series to a 120v source find the current i through the bulbs. Each bulb is rated 120 volts. how much power is each bulb absorbing do they generate much light
The fault level at the grid connection point is 1000 MVA. What will now be the required rating of circuit breakers connected to the busbars?
What degree of matching in emitter area is required for the base-emitter voltages of two bipolar devices with identical collector currents to have a difference of less than 5.0mV. Use VT= 25.85mV.
Over a period of 10 seconds, how much charge moves through the element. If electrons carry the charge, which terminal do they enter. How much energy os transferred. Is it delevired to the element or taken from it.
a critically damped parallel rlc circuit is constructed from component valures 40Ω, 8nF, and 51.2μH, respectively. verify that the circuit is indeed critically damped and then explain why the circuit once fabricated is unlikely to be trruely criti..
Describe the how the Hall Effect it is used to measure whether a semiconductor material is n-type or p-type. Sketch a diagram and show the critical measurements.
Ten multimode glass fibers (n1 = 1.48, n2 = 1.45) are spliced together. Each fiber is 2 km long and has a loss rate 2-dB/km. Each splice adds 1 dB of loss. If the output power of the source is 7 dBm and radiates uniformly in a 60 degree half cone
Message signal m(t) = 0.6sin(27r3000t + pi/9) For a carrier signal with amplitude Ac = 4,fc = 40MHz, answer the following. What are the expressions for the transmitted signals in part a Find the transmitted power for each signal in the part a
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