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What intervention technique is good to use for adolescent (16-year-old) going through bullying at school?
After several hours of operation, the resistance has increased to 170 ohms. Determine the temperature rise and the final temperature of the machine.
Is this a full-period generator? Determine the scatterplot and test for independence using the Durbin-Watson algorithm.
A quartz crystal microbalance (QCM) was employed in a vacuum deposition process, where a thin film of aluminum was grown over a p-Si wafer. The oscillator frequency at the start of the process was 10.0050 MHz.
Consider a (Nt,Nr) =(4,4) MIMO channel. For the input of the channel x = [x1,x2,x3,x4] assume that each xi is drawn from a BPSK constellation with energy P. Also assume that the channel noise variance is σ2 =1
Determine the pure prediction Wiener filter. - find the coefficients of the impulse response . - Determine the power spectrum of the Wiener filter.
A silicon semiconductor resistor is in the shape of a rectangular bar with a cross sectional area of 1x10^-6 cm^2 a length of 0.1 cm and is doped with a donor concentration of 5x10^16 cm^-3.
A black box contains an impedance coil across the two available terminals of the box. The box 20 ampere from a 12-V battery and when it is connected to a 220-v 60 cycle source, it takes 900W.
find the maximum possible error in degrees.
Obtain the power factor of a two-branch parallel circuit whre th efirst branch has Z1 = 2 + j4 ohms and the second Z2 = 6 + j0 ohms. To what value must the 6-ohm resistor be changed to result in the overall power factor of 0.90 lagging
Compare the result with that of a cascode stage for a given bias current (IC1) and explain why this is generally not a good idea.
Draw a wiring diagram for this PLC that will be used as the controller for the situation of Exercise 3.
Any flip-flop type can be implemented from another type with suitable logic applied to the latter's inputs. Show how to implement a loadable D flip-flop starting with a T flip-flop.
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