Elements Of Electromagnetics
7th Edition
ISBN: 9780190698614
Author: Sadiku, Matthew N. O.
Publisher: Oxford University Press
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- A reciprocating machine weighing 100kN is known to develop vertically oriented harmonic forces having and amplitude of 2.5kN at its operating speed of 40Hz. In order to limit the vibrations excited in the building in which the machine is installed, it is to be supported by a spring at each corner of its rectangular base. The designer wants to know what support spring stiffness would be required to limit to 0.4kN, the total harmonic force transmitted from the machine to the building.arrow_forwardA spring oscillates with simple harmonic motion at a frequency of 6.33 Hz when a mass of 3.22 kg is hung from it. Calculate its frequency if only 0.99 kg is hung from it.arrow_forwardQ2/ The measurements on a mechanical vibrating system show that it has a mass of 8 kg and that the springs can be combined to give an equivalent spring of stiffness 5.4 N/mm. If the vibrating system has a dishpot attached which exerts a force of 40 N when the mass has a velocity of 1 m/s, find (1) critical damping coefficient, (2) damping factor, (3) logarithmic decrement, and (4) ratio of two consecutive amplitudes.arrow_forward
- [6] An instrument panel weighing 30 lb is installed in a vehicle on a flexible mount that has an equivalent stiffness k = 400 lb/in and negligible damping. As a result of engine vibration, the vehicle vibrates with a steady-state amplitude of o.25 in at a frequency of 40 Hz. Determine the steady-state amplitude of vibration of the instrument panel.arrow_forwardA 100 kg flow monitoring device is placed on a table in a laboratory. A pad of stiffness 2 x 105 N/m and damping ratio 0.051 is placed between the apparatus and the table. The table is bolted on the laboratory floor. Measurements indicate that the floor has a steady state vibration amplitude of 0.8 mm at a frequency of 50HZ. What is the amplitude of acceleration of the flow monitoring device? Select one: O 2 m/s? O 3 m/s? O 13.65 m/s2 3.9 m/s? TOSHIBAarrow_forwardA weight attached to a spring of stiffness 3.0 lb/in has a viscous damping device. When the weight is displaced and released, the period of vibration is found to be 1.80 seconds and the ratio of consecutive amplitudes is 4.2 to 1.0. Determine the amplitude and phase angle when a force F-2cos(3t) acts on the system.arrow_forward
- When an object with a mass of 5 kg is connected to the end of a spring, the spring extends 10 meters and reaches equilibrium. This spring-mass system is placed in an environment with a damping constant of 5 kilograms/second, and the mass is pulled down √ 3 meters from the equilibrium position and released without initial velocity. Find the function that shows the time-dependent change of the position of the given damped spring-mass system. Determine the period and amplitude of the movement. Determine how many seconds it takes for the system to first pass the maximum position (in the positive or negative direction) and the equilibrium position after t = 0. (gravity = 10 meters/second) Then transform the equation of the mass-spring system into a system of equations and draw a sample orbit by creating the vector field of the system and interpret the shape of this orbit.arrow_forwardA damped spring – mass system has a mass of 2 kg, a spring of stiffness 98 N/m and a dashpot with a viscous damping coefficient of 42 Ns/m. If the mass is disturbed by 70 mm and then released from rest, determine the displacement of the mass after 0·12 secondsarrow_forwardQ.4 A damped single degree of freedom mass-spring system is excited at resonance by a harmonic forcing function which has an amplitude of 40 N. The system has mass m of 3 kg, a stiffness coefficient k of 2700 N/m, and a damping coefficient c of 20 N·s/m. If the initial conditions are such that xo = 5 cm, and xo = 0, determine the displacement, velocity, and acceleration of the mass after t = 0.2 s.arrow_forward
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