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Unsymmetrical oscillations A non-linear oscillator satisfies the equation
x·· + x + ?x2 = 0,
where ? is a small parameter. Explain why the oscillations are unsymmetrical about x = 0 in this problem.
Use Linstedt's method to obtain a two-term approximation to x(t) for the oscillation in which the maximum value of x is unity. Deduce a two-term approximation to the minimum value achieved by x(t) in this oscillation.
Air enters an automotive supercharger at 100 kPa and 300 K and is compressed to 150 kPa. the efficiency is 70%. What is the required work input per kg of air?
Design a high pressure homogenizer for the manufacture of 10^6 kg per year of salad dressing.
Calculate the specific weight of toluene at a place where the acceleration of gravity is 32.2 ft/s^2or 9.81 m/s^2. Express your answer in both lbf/ft^3 and kg/m^3. Repeat this for Mars whre the acceleration due to gravity is 37.5% of that on Earth.
a sample of wet silty clay soil has a mass of 126 kg. the following data were obtained from laboratory tests on the
a mountain climber determines his altitude using atmospheric pressure and temperature measurement data. he uses a
Two identical circular cylinders, of radius r and mass m each, are connected by a spring, as shown in Fig. 5.57. Determine the natural frequencies of oscillation of the system.
For the water, determine (a) the quality at the initial state, (b) the temperature at the final state, in °F, and (c) the heat transfer, in Btu. Kinetic and potential energy effects can be ignored.
Should the IT director report to the company president, or somewhere else? Does it matter?
The lines are shown in cross section in Figure 14.32. Permittivity and permeabilities are given.
a well insulated piston cylinder device containing 3 lbm of water is compressed using 601 kj of energy. initially the
Create three subplots (1x3) showing u(T),h(T) v/s Ton each subplot for these 3 pressures , with titles, labelled axes and create an anonymous function cp(a,b,c,d,n of these parameters and call it for Air at T=678°R
Find the closest location d to the load at which you can move the generator so that the generator is best matched to the line (that is, the reflection coefficient at the generator is minimum). Assume the phase constant on the line is known as β0.
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