Linked from

The 105 pages that link to Frequency, each with the reason it gives.

• Pulse-width modulationRelated: Switching frequency sets how often PWM pulses repeat.

• Sound pressureRelated: Frequency describes how rapidly periodic sound pressure repeats.

• Transverse waveRelated: It sets how rapidly a transverse wave oscillates at a fixed point.

• Acoustic phoneticsRelated: It describes pitch-related periodicity and the spacing of spectral components.

• Audio signalRelated: Audio frequency is closely related to the perceived pitch of a periodic sound.

• Sound absorptionRelated: Absorption often changes sharply with frequency, so a single value cannot describe every sound.

• Characteristic impedanceRelated: Losses and material properties can make practical characteristic impedance frequency-dependent.

• Dielectric lossRelated: Dielectric loss varies with frequency as polarization mechanisms fall behind the field.

• Electric organ dischargeRelated: For wave-type fish, discharge frequency is a measurable feature that can change with behavior.

• PresbycusisRelated: Presbycusis commonly affects high-frequency sounds before lower-frequency sounds.

• Wave interferenceRelated: Waves of different frequencies generally do not maintain a fixed interference pattern.

• Brightness temperatureRelated: Brightness temperature depends on the frequency at which radiance is specified.

• Frequency-shift keyingRelated: The selected frequency is the signal property that carries each FSK symbol.

• Relativistic Doppler effectRelated: The effect is defined by comparing cycle rates in the source and observer frames.

• VocalizationRelated: Frequency contributes to the perceived pitch of many animal calls.

• OscilloscopeRelated: Waveform spacing lets an oscilloscope reveal signal frequency and period.

• Terahertz radiationRelated: Terahertz frequencies correspond to trillions of oscillations each second.

• WaveformRelated: A waveform’s repetition rate is expressed as its frequency.

• EarRelated: Sound frequency strongly influences the pitch perceived through auditory processing.

• Planck relationRelated: The relation makes a quantum’s energy increase linearly with its frequency.

• Mechanical waveRelated: Frequency specifies how rapidly the medium oscillates as a wave passes.

• Wave packetRelated: A packet’s frequency spread affects its duration and evolution.

• Clock generatorRelated: A generator’s output frequency sets the pace of synchronous operations.

• Absorption bandRelated: Frequency gives an alternative coordinate for locating an absorption band.

• AC powerRelated: AC system frequency sets the rate at which voltage and current cycles repeat.

• ChronometryRelated: Clock rates are specified by frequency, linking counted cycles to elapsed duration.

• Electrical reactanceRelated: Changing frequency changes inductive and capacitive reactance in opposite ways.

• Music and mathematicsRelated: A musical tone’s frequency provides the measurable basis for pitch and tuning.

• Stokes's law of sound attenuationRelated: The predicted attenuation per distance scales with frequency squared.