Alternatively sound energy has been proven as a source of energy that can easily be utilized in enclosed energy production systems such as a Sterling engine. The Sterling engine, designed originally as a stem engine for transportation, relies upon the heating and cooling of liquids within the structure to turn a piston and generate energy. Sound waves at the right frequency have been determined as an adequate source to produce the heat necessary to the Sterling's power production process to not only generate power but also excess heat, potentially meaning both a supplemental clean power source for individual homes as well as an additional heat generator to be used to offset water or air heating costs.
In a pure transportation sense sound energy has even been found to be capable of generating lift and propulsion directly upon objects. By utilizing supersonic waves traveling at a frequency of over 20,000 fluctuations per second Tokyo researcher Yoshiki Hashimoto has successfully been able to levitate anumber of objects vertically and subsequently move them through three dimensional space by utilizing the highly controllable nature of the supersonic sound waves. In an industrial sense this could lead to much more efficient production of high-tech computer equipment that is normally highly sensitive to any tactile contact and due to the levitating device's high mobility and relatively low energy draw can easily be used in a number of different settings without extensive re-development of existing manufacturing plants.
Other studies into sound energy include the usage of various high-frequency waves to actually cancel out other sound pollution that is generated daily from daily life in urban settings. This is particularly helpful in areas where cars and other sources of loud sounds can have their noise at least partially negated by corresponding frequencies, much like noise cancelling headsets utilize a soft "white noise" to eliminate other sounds around a listener.
What are the sources and uses of sound energy?" s ound energy causes the impulses to be hear from the vibrating system What are the sources and uses of sound energy?"
An alarm clock typically uses electrical energy to power its internal components, such as the clock mechanism, display, and alarm sound. The electrical energy is usually supplied by a battery or by being plugged into an outlet.
Describing a sound in words is known as onomatopoeia. This literary device uses words that imitate or suggest the source of the sound being described.
A CD player uses energy, which is supplied to it through the power cord. It doesn't have any other energy. A CD player does have and use energy, the types of energy it uses is chemical,potential, electrical, mechanical, and sound energy.
A radio typically uses electrical energy to power its circuits and components. The radio then converts this electrical energy into sound energy through its speakers to produce sound waves that we can hear.
Sound energy is used when you talk.
sound energy is produced by a guitar that is plucked....:)
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Yes, the normal talking and music uses sound energy. One can easily understand by taking up the example of Sonar, Sound navigation and ranging which uses sound propagation to navigate.
What are the sources and uses of sound energy?" s ound energy causes the impulses to be hear from the vibrating system What are the sources and uses of sound energy?"
A television uses electrical energy and changes into sound energy.
No, light travels in waves too.
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An alarm clock typically uses electrical energy to power its internal components, such as the clock mechanism, display, and alarm sound. The electrical energy is usually supplied by a battery or by being plugged into an outlet.
Describing a sound in words is known as onomatopoeia. This literary device uses words that imitate or suggest the source of the sound being described.
A CD player uses energy, which is supplied to it through the power cord. It doesn't have any other energy. A CD player does have and use energy, the types of energy it uses is chemical,potential, electrical, mechanical, and sound energy.