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Suppose a geologist has collected 15 specimens of a certain rock, call it R1, and 10 specimens of...
Suppose a geologist has collected 15 specimens of a certain rock, call it R1, and 10 specimens of another rock, call it R2. A laboratory assistant selects randomly 15 specimens for analysis, and let X be the r.v. denoting the number of specimens of rock R1 selected for analysis.
(i) Specify the p.d.f. of the r.v. X.
(ii) What is the probability that at least 10 specimens of the rock R1 are included in the analysis?
(iii) What is the probability that all specimens come from the rock R2?
The maximum speed of a 3.1 -kg mass attached to a spring is 0.70 m/s, and the maximum force exerted on the mass is 13 N. (a) What is the amplitude of motion for this mass?
Calculate The Average voltage generated in 6 turn full pitch coil of a 25 cycle alternator if the flux per pole is 7.2 x 10^5 maxwells. What is the effective voltage if the waveform is sinusoidal.
how to fully size voltage divider vdd-middle point between the triodesaturation diode-gnd consistent of several pmos
Assume that the capacitor is initially charged by a 25-V dc source not shown in the gure, so we have v(0+) = 25V. Determine the values of iL(0+) and v' (0+). Find the particular solution for v(t).
describe the characteristics of the series rc filter circuit with the output across the resistive component.
Record appropriate test series for all coins. Compare the spectra of the different coins. Why are there noticeably so many identical frequency values in the spectra of all coins
A certain lightbulb has a tungsten filament with a resistance of 21.9 when at 20.0°C and 145 when hot. Assume the resistivity of tungsten varies linearly with temperature even over the large temperature range involved here.
The available powersupply voltages are VCC = 15 V andVEE=-15 V. Maximize |Avs| in a manner consistent with the otherspecifications. Use SPICE to find the midband gain and the upperhalf-power frequency for your design.
Assume the op amp has a finite gain but is otherwise ideal.
Identify three test cases, one using a number with 4 factors, one using a negative number, and one using a number with more than 4 factors. For each of the three test cases show what inputs you will use and what your expected outputs should be.
The surface of the stationary plate is insulated while that of the moving plate is maintained at constant temperature T. Determine the steady state temperature distribution in the two plates.
A window is etched through a 500 nm thick oxide on a [100] silicon wafer. The wafer is re-oxidized at 1100 °C using wet oxidation to grow a 750 nm thick film inside the window. Draw a cross-section of the wafer following the second oxidation.
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