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This experiment investigates the scenario where the two moons in Fig. 1.8 overlap and are therefore nonseparable.
(a) Repeat the second part of the experiment in Fig. 6.7, for which the vertical separation between the two moons was fixed at d = -6.5. Experimentally, determine the value of parameter C for which the classification error rate is reduced to a minimum.
(b) Reduce the vertical separation between the two moons further by setting d = -6.75, for which the classification error rate is expected to be higher than that for d = -6.5. Experimentally, determine the value of parameter C for which the error rate is reduced to a minimum.
Comment on the results obtained for both parts of the experiment.
Fig. 6.7,
If the change in voltage is assumed to be linear between no-load and full-load kilowatts, calculate the kilo watt output of the generator when the terminal voltages are 240V and 235V.
What are the differences between Laplace and Fourier Transform?
(a) Find the Fourier transform X(Ω) of x(t). (b) Is x(t) band limited. If so, find its maximum frequency Ωmax. (c) Suppose that Ts = 2π. How does Ωs relate to the Nyquist frequency 2Ωmax. Explain.
Find the Thevenin's Equivalent Circuit between terminals a and b in the circuit
The factorial n! of a positive number (integer) is defined by: n! = n(n-1)(n-2)...3*2*1, where 0! = 1. Write a user difned fuction that calculates the factorial n! of a number. For the function name and arguments use y = fact(x)
How to determine the suitable size of cable for Electrical Wiring Installation and please with Solved Examples.
Neglecting losses, determine the power that can be developedfrom Niagara Falls, which has an average height of 168 ft and over which the water flows at 500,000 tons per minute.
The radial field is provided by the coils in the stator to obtain a flux density of .2 Wb/m^2 so that there is one south and on the opposite side, the north pole. The coils on the rotor, 10 turns per coil, are connected in series through the commu..
Consider the parallel inductors shown in Figure P3.61, with mutual coupling and the dots at the top ends of L1 and L2. Derive an expression for the equivalent inductance seen by the source in terms of L1, L2, and M.
Please help me solve following question, thanks!!! Determine if the following signals are periodic and, if so, what the fundamental period is. (a) x1[n] = cos(0.8n);(b) x2[n] = cos(0.8πn+0.2π);(c) x3[n] = 3cos(0.8πn) + 4sin(0.5πn).
Write an equation for the following sequence (use only 3 variables for the right-hand side): The overflow indicator V will turn on iff X is negative, Y is positive and D is positive, or if X is positive, Y is negative and D is negative.
The battery is built by connecting several unit cells in series. Each unit cell has the voltage V1=1.4 V and the internal resistance Ri = 3.2 Ohm; 1) How many unit cells in series must the battery use to have the open-circuit voltage Vo.c. = 11.2 V
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