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The purpose of this computer experiment is to investigate the clustering process performed by the K-means algorithm. To provide insight into the experiment, we fix the number of clusters at K = 6, but vary the vertical separation between the two moons in Fig. 1.8. Specifically, the requirement is to do the following, using an unlabeled training sample of 1,000 data points picked randomly from the two regions of the double-moon pictured in Fig. 1.8:
Figure 1.8
A gas of density 1.83kg/m^3 and a viscosity of 1.5 x 10^-5 Pa.s is pumped through the tower. The volumetric flow rate of the gas at the entrance is 20 m^3/hour. a. Calculate the pressure drop at the exit of the packed bed.
Compute the homogeneous solution yh(t). Compute the particular solution yp(t).
A fluorescent tube fixture takes 1 ampere when connected to a 120-volt source. A wattmeter in the circuit reads 80 watts. What is the' operating power factor of this unit
Create a high level state machine for a digital bath water controller. The system has a 3bit input r?atio ?indicating the desired ratio of cold water to hot water, and a bit input o?n indic?ating that the water should flow. The system has two 4bi..
a single parity check code used in computer listings of registatration numbers found by doubling alternate digits, beginning from the right, and adding the digits modulo-10. the parity check digit is found by taking the tens complement of this sum..
Sketch the Capacitance-Voltage characteristics for both devices based on part (d) by giving appropriate labeling to the voltage and capacitance axis. You may assume high f measurements.
There are two charge distributions: one in a infinite plane of charge in x=-2 with a surface charge density of 3mC/m2, abd a infinite line of charge with a linear charge density of -3mC/m that goes through the points A(0, 0, 3m) and B(0, 3m, 0).
A dc motor has an armature resistance of 0.2Ω and an armature inductance of 5 mH. It is driven by a power converter of gain, kPWM = 100 . Design a controller for the armature current loop such that the crossover frequency is 2 kHz and the steady st..
1 what are the exact form of the equations for the 2nd-order step response for the underdamped critically-damped and
How do you draw the standard form simulation diagram given a higher-order differential equation; and how to make adjustments if the output must be put in the state equation form, y=Cx+Du.
Calculate the size of Q3. The magnitudes of the three charges are in the exact ratios of 1 to 2 to 3.
Determine the equation for steady-state error for K for a unit step input r(t). Consider the three values for k = 1,10, and 100. a)determine steady state error. b)determine and plot the response y(t) for (i) a unit step input R(s) = 1/s
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