Examples of 'frequency of oscillation' in a sentence
Meaning of "frequency of oscillation"
frequency of oscillation - This phrase is typically used in the context of physics or engineering to describe the rate at which an object or system cycles back and forth around a central point or position. It refers to the number of complete oscillations or vibrations that occur in a given time frame.
How to use "frequency of oscillation" in a sentence
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frequency of oscillation
Increasing flow increases the frequency of oscillation.
The frequency of oscillation is as given in the previous section.
Each cell has its own frequency of oscillation.
The frequency of oscillation does not depend on the amplitude.
The cavity dimensions determine the frequency of oscillation.
First the frequency of oscillation is doubled.
The phase of a photon suggests its frequency of oscillation.
The frequency of oscillation is proportional to the input current.
Various methods for calculating the frequency of oscillation are possible.
The frequency of oscillation is controlled by introducing a temperature hysteresis.
The change in inductance will change the frequency of oscillation.
The frequency of oscillation is determined by the geometry of the resonator.
Analyzing the test result signal to determine the frequency of oscillation.
Notice there is one frequency of oscillation in the time domain.
Such structures are usually used in oscillator circuits to control the frequency of oscillation.
See also
The resulting frequency of oscillation would be proportional to the current.
The flow is measured by measuring the frequency of oscillation of the jet.
This natural frequency of oscillation varies from one device to another.
Consider the case whereby we want to find the resonant frequency of oscillation of a system.
Loop gain at the frequency of oscillation is slightly greater than.
It may provide an alternating output signal whose frequency matches the frequency of oscillation.
Maximum frequency of oscillation.
A photon 's phase indicates its frequency of oscillation.
The frequency of oscillation of the jet is proportional to the flow rate.
The electromagnetic waves depending on the frequency of oscillation are classified in different kinds.
The frequency of oscillation can be varied in accordance with process conditions.
And the approximate frequency of oscillation is,.
The frequency of oscillation is approximately the resonant frequency of the tank circuit.
This involved measuring the frequency of oscillation of the radius of a water jet.
The frequency of oscillation of a tuning fork is far higher than that of a balance spring.
With the accelerating galactic energies, we have been elevating our frequency of oscillation.
The frequency of oscillation is.
Together, these circuits form a bridge which is tuned at the desired frequency of oscillation.
The frequency of oscillation is the Larmor frequency.
As this effective resistance changes, the frequency of oscillation increases and the lamps dim.
The output is a set containing some average oscillation amplitude value, < p >, and a frequency of oscillation f.
Determining a baseline frequency of oscillation for said element in the absence of the sterilant ;.
Some important considerations, the values of R and C determine the frequency of oscillation.
More specifically, the frequency of oscillation may be less than substantially 5 Hz.
Secondly, the slots 11 and 12 accentuate the oscillation and increase the frequency of oscillation.
Therefore the frequency of oscillation is proportional to the resistance of the resistor R1.
In many practical current controlled oscillators 316, the center frequency of oscillation varies widely with processing.
The frequency of oscillation,.
The R-C network is dimensioned such that frequency of oscillation is greater than 20 kHz.
W ₀, the free frequency of oscillation in the absence of the damping term ;.
A delta wave is a high amplitude brain wave with a frequency of oscillation between 0.5-4 hertz.
Further, the maximum frequency of oscillation occurs when the delay line 10 is at minimum delay.
Also, droplet 18 diameter decreases with increasing density of liquid 14 and frequency of oscillation of transducer 10.
F = natural frequency of oscillation.
The frequency of oscillation of the sprung mass F (Hz) is:.
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Examples of using Frequency
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Adjusts the higher frequency of the sound
The frequency of armed conflicts is on a downward trend
The desired station frequency is not tuned in
Examples of using Oscillation
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The oscillation is fitted with a slip clutch
This simulation visualizes oscillation of a mass on a spring
Oscillation is operated by activating the oscillation switch
