When the amplitude changes we hear the loudness changing.
A harmonic may be described by a sine function graphically, and the components of a wave (amplitude, frequency etc...) may be described by their corresponding physics formulas.
This is known as superposition (this can refer to an increase or decrease in the amplitude of a wave caused by the interaction of two or more differing waves) or constructive interference (refers specifically to the increase in amplitude caused by the interaction of two or more waves). For optimum constructive interference to occur, the waves must be perfectly in phase at all times. This means that they must have the same frequency and wavelength and the peaks and troughs of one wave coincide perfectly with the peaks and troughs of the second wave at all times. Maximum constructive interference can occur in waves of differing frequency and wavelength, however it will only occur intermittently when the peaks and troughs happen to coincide perfectly. At other times it may vary from constructive interference (where two wave crests interact but not at their peaks) or destructive interference. Please see the related links.
The waves in an oven are actual waves. They are a special type of wave called a standing wave. Stings on an instrument, like a guitar, are also standing waves. The areas where wave displaces the most has the most energy. There are also places where the wave doesn't move at all; these areas have the least energy. The food will almost always be longer than the wavelength of the standing wave. This means there are areas of the food that are getting a lot of energy and areas that are getting almost none. If you heat a chocolate bar up in a microwave for about 20-30 seconds you will be able to see melted spots, this where the wave is at it's maximum amplitude, these are called the nodes of the wave.
because the water gets deeper. so the swells in the ocean are more frequent but smaller since theres more water
Broadly, the surface waves of which there are two main types. The Love and Rayleigh wave. Rayleigh waves have the largest amplitude of the surface waves and so cause the majority of damage.
The amplitude is the volume, while the frequency is the pitch.
Changing the amplitude of a wave affects the volume or loudness of the sound you hear. A higher amplitude produces a louder sound, while a lower amplitude produces a softer sound.
Amplitude. As the amplitude of the sound wave increases, the sound becomes louder.
Wave amplitude affects the volume or loudness of the sound we hear, with higher amplitudes corresponding to louder sounds. Frequency affects the pitch of the sound we hear, with higher frequencies corresponding to higher pitch sounds. Together, the amplitude and frequency of a sound wave determine how we perceive and interpret the sound.
amplitude is the maximum displacement of the body therefore it is related to hear
wellllll energy of the wave controls the amplitude of a wave
The term for maximum displacement is the amplitude of the wave.
Wave amplitude influences the loudness of sounds we hear, with larger amplitudes creating louder sounds. Wave frequency determines the pitch of the sound, with higher frequencies corresponding to higher pitches. Together, amplitude and frequency work to create a unique sound experience, where amplitude affects the volume and frequency affects the tone or pitch of the sound.
A wave with smaller amplitude will have fewer particles experiencing maximum displacement compared to a wave with larger amplitude. This means that the smaller amplitude wave will have less energy and a lower intensity than the wave with larger amplitude.
what does a wave with high amplitude have
The carrier wave carries the information that you hear. It is modulated by the sound which varies its amplitude or frequency. Without the carrier there would be nothing to vary so you would hear nothing.
No, the amplitude of a wave does not decrease as the wave becomes smaller. The amplitude of a wave is determined by the energy of the wave and is not directly related to the size of the wave.