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Electrons are moving from left to right through a conductor at the rate of twelve billion per second.
a. A current variable I1 is defined with reference direction from left to right in this same conductor. What is the value of I1? Use proper SI units.
b. A current variable I2is defined with reference direction from right to left in this same conductor. What is the value of I1? Use proper SI units.
Assume that the radius of the sun is 6.955x10^8 m and that the mean distance of the sun from the earth is 149.6x10^9m A.what is the diameter of the solar disk on the SAM projection screen
In the presentation, the presenter, Mr. Rob Tucker discussed three types of disturbance mitigation responses or measures. List the three mitigation types and give a short definition of each of the mitigation type.
Given the following system of linear equations: x1 + 2x2 + x3 = 4, 12x1 + 16x3 = 28, 8x1 - x2 + 5x3 = 12(a) Write it in the form of Ax = b (b) Find all solutions to the system using Gauss elimination method
It is necessary to determine the specific heat of an unknown object. The mass of the object is 170.0 g. It is determined experimentally that it takes 20.0 J to raise the temperature 10.0° C. Find the specific heat of the object.
Two ammeters are put in parallel, and used to measure an unknown current. The unknown current is determined by adding the readings of the two ammeters. Ammeter #1 can read a maximum current of 50[A], and has a meter resistance of 2.35ohms.
The voltage across a certain load is V = 1200√2
The current density inside a long solid cylindrical wire of radius a is in the direction of central axis and varies linearly with the distance from that axis r according to J=J0 r/a.
The total charge that has accumulated on the positive plate of a capacitor varies with time. The charge follows q=At^2 for the first 4s. a) Find the value of current at t=2,6,9,12,16 s. b) Sketch the current i(t) as a function of time
A buck converter has the following parameters: Vs = 24 V, D = 0.65, L = 25 uH, C = 15 uF, and R=10 ohm.The switching frequency is 100 kHz. Determine (a) the output voltage, (b) the maximum and minimum inductor currents
(d) Use the colon operator to create a matrix D by extracting the first through third columns of matrix A. (e) Create a matrix F by extracting the values in columns 2, 3, and 4 and combining them into a single column matrix. (f) Create a matrix G tha..
(1) What would an amplifier with a gain of less than 1 be used for (2) (a) Do you think that the inverting amplifier is better than the non-inverting amplifier (b) Is there an advantage of using one versus the other (c) Does it matter
Create the layout design for MOS inverter using a depletion-type transistor with VTL = -0.3V and an enhancement-type device with VTO = 0.5V such that tPLH is less than or equal to 15ns and tPHL is less than or equal to 1ns
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