Pitch
Bats use echolocation, emitting high-frequency sounds that humans cannot hear to navigate and locate prey. These sounds can vary in frequency and pattern depending on the species and the situation.
Sounds, which are mechanical energy, vary in both frequency and amplitude. The pitch of a sound, the "highness" or "lowness" of that sound is a function of its frequency. Higher frequency equal higher pitch. The amplitude of a sound is the sound energy or "loudness" of the sound. The higher the amplitude of the sound wave, the more energy in the wave and the louder it is. source, medium and sender
An adult Nile crocodile makes a range of sounds, including barks, roars, hisses, and growls. These vocalizations are used for communication during different social interactions and can vary in intensity and frequency depending on the situation.
The frequency of a B note will vary depending on the octave in which it is played. For a common middle B note found on a piano, the frequency is approximately 493.88 Hz.
Yes, a low frequency wave can have both big and small amplitudes. The amplitude of a wave refers to the maximum displacement of a particle from its equilibrium position, and this can vary regardless of the frequency of the wave.
Sounds can vary in pitch, intensity (loudness), duration, and timbre (tone quality). These variations are caused by differences in the frequency, amplitude, length, and complexity of sound waves. Additionally, the medium through which sound waves travel can also affect how they are perceived.
If by "sound" you mean longitudinal vibrations STP air that is audible to the average human, then the frequency range is from about 20 Hz to about 20,000 Hz. Of course any individual will vary a bit from this average. If you mean something else, you will have to be more specific.
No, pitch is how high or low a sound is loud and soft is volume
Sound waves vary from frequency, pitch, speed and wavelengths all affecting the sound.
Pleasant sounds are nice to hear and unpleasant sounds are not nice to hear.
Sound waves can vary in amplitude (volume), fequency (pitch), and wave length. Wave length is a resulting factor of frequency as the speed is usually constant. approx 350m/s. Speed = wavelength x frequency (speed = distance / time, frequency = 1/time)
A campfire typically makes crackling and popping sounds as the wood burns and releases moisture. The intensity and frequency of these sounds can vary depending on the type of wood and how it is burning.
Bats use echolocation, emitting high-frequency sounds that humans cannot hear to navigate and locate prey. These sounds can vary in frequency and pattern depending on the species and the situation.
Humans can hear sounds in the frequency range of approximately 20 Hz to 20,000 Hz. However, individual hearing ranges can vary based on factors such as age and exposure to loud noises.
The amplitude of sound waves can vary, from small amplitudes for quieter sounds to large amplitudes for louder sounds. Volume is typically perceived as being louder with larger amplitudes.
Bees produce buzzing sounds as they flap their wings to navigate or communicate. The frequency and intensity of the buzzing may vary depending on the specific behavior they are engaged in.
High-pitch sounds are produced in instruments when the vibration frequency of the sound waves is high, typically due to shorter wavelengths. Low-pitch sounds are produced when the vibration frequency of the sound waves is low, usually resulting from longer wavelengths. The specific method of producing high and low pitch sounds can vary depending on the instrument, such as string tension, tube length, or air column length.