Is there any difference between Oscillation & Vibration? If your answer is Yes then what is the difference?
925872
Oscillation is a periodic movement which involves to and fro motion, when u suspend a particle or object from a certain height.\nFor ex.- Movement of pendulumn\n\nVibration is also a periodic movement that takes place vigorously at fixed position(either up and down or sideways).For ex.-when u beat a steel plate forcefully, u observe the movement in plate, ththat is vibration. And best of luck for ur classes and enjoy studies especially science.
774877
The equation doesn't differ for different springs, only the value of spring stiffness k does. A different value of k means the deflection x resulting from a given force Fm will differ also since Fm = k*x.
96864
yes definitely, are you familiar with tha laws of vibrating air column? the bigger the size or the longer is the vibrating air column the lower is the pitch produced. that is an inverse proportion relationship!!! eg. compare the sound produced by a violin with a bajo, size really matter!!!
959201
the state of a system in which an abnormally large vibration is produced in response to an external stimulus, occurring when the frequency of the stimulus is the same, or nearly the same, as the natural vibration frequency of the system.\n\nthis is whereby an object vibrates in the same frequency with another object, This is due to the energy transfer from one object to the other. \nreasonance occurs when one creates a vibration and the sorounding objects emit the same vibrations because of the frequency ernergy emmited.\n\nexample 1:\n\nturn your Hi Fi system to full blast in the house and notice the windows will start to vibrate(this is resonance you will be experiencing).\nexperiment 2:\n\ntake a speaker then plug it to your system then birng it closer to another speaker example is in this format =[(  )]= notice that the second speaker will emmit sound(coz of the vibration created dy the first speaker).\n\ninfact antenas use reasonance inorder to receive  waves(channels) \n\nalso you can read a reserch report on it below
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Set the string vibrating. Use a variable frequency xenon lamp, and keep changing the rate until the string appears to be a static wave. Then you know the frequency of vibration. At this stage you can also measure the wavelength of the vibration. The velocity is then wavelength*frequency.
638457
its the rhythm \nin physics it is called Resonance\ncheers
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A voice that vibrates is a note or pitch that is sang lol.\nvibration=frequency\n\n\nVibrato is filangering frequency. The vibration alone does not indicate vibrato.
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molecular vibrations will either be one or the other. a vibration that is IR active will not be Raman active and vice versa. \nthe number if total vibrations is 3N-5 for nonlinear molecules and 3N-6 for linear(it's been a while!) where N is the number of atoms the molecule has.
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Free vibration can be complex (resulting from many vibration modes) but is not random or chattery if the system is linear.  Forced vibration of a linear system can be random if the forcing function is, but will become deterministic once the FF stops.  Vibration in nonlinear systems can be "clean" or chattery depending on whether the nonlinearity is continuous (e.g., a spring whose stiffness is proportional to amplitude) or discontinuous (e.g., freeplay).\n  \nChatter has many meanings, most but not all involving nonlinearity in some form:\nOne vibration mode coupling to another so that reinforcement and beating and intermittent rattling may occur (in a theoretical linear system the modes do not couple.) \nVibration in a system with freeplay causing periodic rapping noises, automobile suspension noises, "walking" of objects on a vibrating table, etc. \nNoise in reciprocating machinery (e.g., valves, machine guns)\nRapid, random or nonrandom switching between states, either open-loop or due to feedback\nStick-slip phenomena (e.g., tool chatter, some bearing noises, creaking)\nAeroelastic effects (often called flutter)\nProbably many more...
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Motions are different types, linear,circular, eliptical, Simple hormonic motion,Non hormonic motion, etc. One type is vibrational motion.
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Basically, vibration moves a coil inside a magnetic field, thus producing an alternate current, of which you can measure its AMPLITUDE and/or its frequency
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It is in the form of potential energy. The two plates could be pushing against each other equally but not going anywhere. As soon as one of the plates give out, the other one will go sliding over or under causing all kinds of vibrations released as kinetic energy. "potential" is the energy of objects at rest and "kinetic" is the energy of objects in motion.
814798
Mostly flexible structures.\nBuildings that are built to bend or move with the tremors, Bridges that can twist. If the structures can flex then they do not break (Cocktail stick versus rubber band). Some buildings collapse when they resonate (vibrating in tune with the earthquakes) Building designers can use different materials or different designs to stop resonance. Round buildings instead of square, thicker or thinner walls or make buildings modular ( like bricks stacked on top of each other.
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Absolutely! I'm surprised you can't hear the diff. It throws off the entire vibration structure, but I suppose some might like it that way.
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Yes. If there is no dampening the energy just keeps going back and forth between maximum potential energy (U) and maximum kinetic energy (K). If there is nothing opposing the restoring force it will remain in SHM (simple harmonic motion) and oscillate continuosly.
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Transfer function implies having  a mathematical formula. A gyroscope is a physical thing. What is your question ??? It's like asking for the equation of an apple.
663323
there  is no difference at all \nthank you