The increase in the amplitude of an oscillation of a system under the influence of a periodic force whose frequency is close to that of the system's natural frequency
1 The phenomenon of amplification of a free wave or oscillation of a system by a forced wave or oscillation of exactly equal period The forced wave may arise from an impressed force upon the system or from a boundary condition The growth of the resonant amplitude is characteristically linear in time
(1) The inducing of vibrations of a natural rate by a vibrating source having the same frequency (2) The condition in an a-c circuit in which the inductive reactance and capacitive reactance are equal
the quality imparted to voiced speech sounds by the action of the resonating chambers of the throat and mouth and nasal cavities a vibration of large amplitude produced by a relatively small vibration near the same frequency of vibration as the natural frequency of the resonating system an excited state of a stable particle causing a sharp maximum in the probability of absorption of electromagnetic radiation
A phenomenon exhibited by an electrically excited LC circuit in which a comparatively large oscillatory current flows at a certain frequency The change in amplitude as the frequency of the wave approaches or coincides with a natural frequency of the medium
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
The tendency of an acoustic system to reinforce sounds of a certain frequency, the frequency determined by the shapes and sizes of the components of the system
A function on a filter in which a narrow band of frequencies (the resonant peak) becomes relatively more prominent If the resonant peak is high enough, the filter will begin to oscillate, producing an audio output even in the absence of input Filter resonance is also known as emphasis and Q It is also referred to in some older instruments as regeneration or feedback, because feedback was used in the circuit to produce a resonant peak
locations in the Solar System wherein the mean orbital motion of an asteroid is an exact integer ratio of Jupiter's mean orbital motion For example, an asteroid at the 3: 1 resonance makes three revolutions around the Sun for every one made by Jupiter
A term used in spectroscopy that descibes a place where the energy of a transition for an atom or molecule is matched by the energy of a an electromagnetic wave We can see where the resonances are by looking at a spectrum
The condition of vibration amplitude and phase change response caused by a corresponding system sensitivity to a particular forcing frequency A resonance is typically identified by a substantial amplitude increase, and related phase shift
a vibration of large amplitude produced by a relatively small vibration near the same frequency of vibration as the natural frequency of the resonating system
The concept in which two or more equivalent dot formulas for the same arrangement of atoms (resonance structures) are necessary to describe the bonding in a molecule or ion
If something has a resonance for someone, it has a special meaning or is particularly important to to them. The ideas of order, security, family, religion and country had the same resonance for them as for Michael
An electric phenomenon corresponding to that of acoustic resonance, due to the existance of certain relations of the capacity, inductance, resistance, and frequency of an alternating circuit
A spectral peak in the response of a filter, the body of a musical instrument, etc If an external disturbance (for example, an earthquake) happens to match the resonant frequency of an object (for example, a house), the resulting vibration can be greatly amplified SFX Machine uses resonant filters, which have a peak near the cutoff frequency Increasing the Q makes the peak higher and narrower
To manifest sympathetic vibration Human cells each have a specific vibration The QRS produces an electromagnetic field, which imitates and creates the same vibration as healthy human cells
This is the vibration frequency of a rotating or moving object When the resonance of many parts of a machine are in synch, the whole machine will vibrate at a greater rate This can cause vibration damage Resonance can cause difficulties in an aircraft, particularly when using a vibration mount with an improperly balanced propeller/spinner wherein the engine is vibrating at one frequency and the propeller at another
A phenomenon of the large amplitudes occurring when the frequency of a force is equal to the natural oscillation frequency of a system Tidal resonance occurs when the natural period of an ocean or sea is close to the period of a tide-producing force See also seiche
a condition of "GOING WITH THE FLOW " When vibration is timed to be in synchronism and it is noted that less and less energy is required to then excite the system, resonance is said to occur Pure resonance occurring in a system will allow a system when started vibrating to continue indefinitely In a real system, resistance causes a vibration to dampen out and more and more energy in the form of an outside vibration is required to keep the system in motion In a purely resonant system without resistance when energy is resonantly coupled into it, the energy will continue to build and build It is through resonance that radios can link to the studio It is through resonance that a holosensory beingness such as a "dolphin," a form of Cetacean, determines which frequencies and waveshifts are required to link with a geometrical form to achieve phase-lock with that form
If a sound has resonance, it is deep, clear, and strong. His voice had lost its resonance; it was tense and strained. In physics, the relatively large selective response of an object or a system that vibrates in step with an externally applied vibration. Acoustical resonance is the vibration induced in a string of a given pitch when a note of the same pitch is produced nearby, in the sound box of an instrument such as a guitar, or in the mouth or nasal cavity when speaking. Mechanical resonance, such as that produced in a bridge by wind or by marching soldiers, can eventually produce wide swings great enough to cause the bridge's destruction. Resonance in frequency-sensitive electrical circuits makes it possible for certain communication devices to accept signals of some frequencies while rejecting others. Magnetic resonance occurs when electrons or atomic nuclei respond to the application of magnetic fields by emitting or absorbing electromagnetic radiation. See also nuclear magnetic resonance. magnetic resonance magnetic resonance imaging nuclear magnetic resonance electron spin resonance electron paramagnetic resonance EPR
In general this refers to a circumstance in which some aspect of a force-sound waves, for example, has a physical characteristic that "matches" a characteristic of a physical structure, such as the mass of a building, in which case the sound waves will produce vibrations in the building In the case of electromagnetic radiation, resonance implies a "match" between the wavelength of such radiation with the physical size of a structure When resonance occurs, the power in the force is maximally transferred to the physical structure
A prolongation or increase of any sound, either by reflection, as in a cavern or apartment the walls of which are not distant enough to return a distinct echo, or by the production of vibrations in other bodies, as a sounding-board, or the bodies of musical instruments
The increase in the amplitude of an oscillation of a system under the influence of a periodic force whose frequency is close to that of the systems natural frequency
An increase in the acoustical pressure in an enclosed (or partially enclosed) space as a result of the dimension of the space interacting with the wavelength of the signal Acoustical resonance in a room results from the combination of a forward-going wave with a backward-going wave resulting from reflections between two opposite, plane, parallel surfaces