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A sound wave that carries a lot of energy and has a large amplitude has a lot of?
Wiki User
∙ 9y ago
A sound wave that has a large amplitude carries a lot of energy because the higher the waves amplitude the louder (more powerful or energetic) the wave will be. apex answer: high amplitude
Wiki User
∙ 9y ago
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When the loudness of a sound and amplitude of a sound increases the amplitude of the sound produced will be?
The loudness of a sound is the same thing as the overall amplitude of a sound. When measuring sound, in general, you have pitch (frequency) and tone (amplitude, the measure of loudness). So, if you increase the amplitude of a sound wave pattern, you increase the overall intensity of the sound (the energy), and that can be measured on the logarithmic scale of decibels, since an unconstrained, undirected sound wave carries its energy outward in all directions, in an increasing volume of air (or other medium).
What does the amplitude of a sound wave determine?
Amplitude is the energy of a sound wave, which we also call Loudness
Why is sound not heard from a long distance?
Sound is a compressional wave , i.e , pressure. you do understand that pressure is F/A.Thus when A increases the pressure decreases. Now sound waves looks like a circle where its center is the origin of the sound and the circle gets bigger as we go further from its center this means that the area covered increases and the sound compressional waves ( pressure) decreases. Distance effects sound because sounds moves by bumping into other particles and momentum is lost every time they bump because it creates heat and so one
Increasing the amplitude of a sound wave?
Loudness is the quality of a sound that is the primary psychological correlate of physical strength or amplitude. Loudness is a subjective felt impression and is in some way related to the objective measure of the sound pressure. Neither our ear drums nor the microphone diaphragms can convert acoustic intensity. Therefore only use the sound pressure for measuring. To measure the loudness feeling is a difficult thing. The loudness of 1 sone equals the loudness level of 40 phons (at 1 kHz).
What is sound louder than?
Amplitude is a measure of the size of sound waves. It depends on the amount of energy that started the waves. Greater amplitude waves have more energy and greater intensity, so they sound louder. As sound waves travel farther from their source, the more spread out their energy becomes.
Why a sound wave with a large amplitude is more likely to damage your hearing that one with a small amplitude?
A sound wave with a larger amplitude also carries more power.
If the amplitude of a wave is increased then the energy that a wave carries what?
Also increases.
Why a sound wave with a large amplitude is more likely to damage your hearing than one with a small amplitude?
Because the amplitude is what decides how much energy there is in the wave. Large amplitude = lots of energy. And lots of energy hitting something(like your ear) is more likely to do damage than a little energy hitting something.
How does the loudness or softness of a sound relate to the energy it carries?
Sound has two quantitative qualities that we usually measure and those are amplitude and frequency. So I am asuming you are referring to the loudness and softness as the amplitude quantity. The louder a sound, the more energy it carries. So, a loud sound, using your descriptive terms, has more energy than a soft sound, which has less amplitutde.
When the loudness of a sound and amplitude of a sound increases the amplitude of the sound produced will be?
The loudness of a sound is the same thing as the overall amplitude of a sound. When measuring sound, in general, you have pitch (frequency) and tone (amplitude, the measure of loudness). So, if you increase the amplitude of a sound wave pattern, you increase the overall intensity of the sound (the energy), and that can be measured on the logarithmic scale of decibels, since an unconstrained, undirected sound wave carries its energy outward in all directions, in an increasing volume of air (or other medium).
If the amplitude of a sound wave is increased by a factor of four how does the energy carried by the sound wave in a time interval change?
Well, energy is directly proportional to the square of the amplitude. So if you increase the amplitude of a sound wave by a factor of 4, the resulting energy would be 16 times as large.
Which carries more energy a wave with large amplitude or small amplitude?
The answer to this depends on your frame of reference.If you are thinking of waves that are produced on our planet and that you might experience in your lifetime, the obvious candidates are (smallest first)the shockwave from a multi-megaton nuclear explosiona tsunamia powerful earthquake (Richter 8+)In the universe at large the waves in a Gamma Ray Burst dwarf all else. The chances of a GRB happening dangerously close to us in any one year are about one in ten billion. Fortunately.
If a band is playing loudly will the amplitude of the sound waves be small or large?
The amplitude of the sound waves will be largerbecause the larger the amplitude the louderthe sound.
What property of sound depends on the energy and intensity of the sound wave?
Its volume or how loud it is.
What is the relationship between a wave's amplitude and energy?
The energy and the amplitude are related in such a way that, the greater the amplitude the greater is the energy. The sound pressure amplitude tells about how loud the tone will be.
What indicates the amplitude of the wave?
The amplitude of a compressional wave, like a sound wave, is determined by the concentration of molecules in each compression. The higher the amplitude, or energy that a wave carries, the more compact the molecules are in a compression. The lower the amplitude, the more spread out those particles are. the amplitude of a compressional wave,like a sound wave,is determined by the contretration of waves in a compression
The more energy a sound wave carries the louder the sound and the bigger its... what?
Other things being equal, the sound wave with more energy will have a greater amplitude.However, the energy (more precisely, the intensity) also depends on the distance from the source, and on the exact frequency.
