Loud waves refer to sound waves that have high intensity and amplitude, leading to them being perceived as loud by the human ear. The loudness of a sound is measured in decibels (dB), with higher dB values indicating a louder sound. Loud waves can be damaging to hearing if experienced at high levels over extended periods of time.
No, a soft sound typically has low amplitude waves (shorter in height) compared to a loud sound that has high amplitude waves (taller in height). The amplitude of a sound wave is directly related to its volume or intensity.
Sonar waves can vary in intensity, but they can reach levels as high as 230 decibels underwater, which is extremely loud. The intensity of sonar waves can have harmful effects on marine life, such as causing disorientation and hearing damage in aquatic animals.
120 decibels is extremely loud, equivalent to a rock concert or a chainsaw. Sound waves at this level can travel a fair distance, potentially up to a few miles depending on the surrounding environment and obstacles.
Loudspeakers are designed to produce audible sound waves within the human hearing range (20 Hz to 20 kHz). Their construction and design are not optimized for producing ultrasonic waves, which have frequencies higher than 20 kHz. Specialized transducers, such as piezoelectric transducers, are needed to generate ultrasonic waves efficiently.
Microphones work by converting sound waves into electrical signals, which are then amplified and broadcast through speakers or recorded. The sensitivity of the microphone to sound waves, along with the amplification process, helps make your voice sound louder when using a microphone.
it depends how much energy is used making the sound the more energy the louder because sound waves are transverse waves and waves are a reapeating disturbance of energy
No, a soft sound typically has low amplitude waves (shorter in height) compared to a loud sound that has high amplitude waves (taller in height). The amplitude of a sound wave is directly related to its volume or intensity.
Sonar waves can vary in intensity, but they can reach levels as high as 230 decibels underwater, which is extremely loud. The intensity of sonar waves can have harmful effects on marine life, such as causing disorientation and hearing damage in aquatic animals.
Because waves are very strong
Loudness is determined by the amplitude of the sound waves.
it amplifies the sound actually, by strengthening the waves. the sound waves are converted into equivalent electrical waves and then it amplifies and later those electrical waves are converted the sound waves . the principle of electromagnetic induction is applied here.
120 decibels is extremely loud, equivalent to a rock concert or a chainsaw. Sound waves at this level can travel a fair distance, potentially up to a few miles depending on the surrounding environment and obstacles.
Loudspeakers are designed to produce audible sound waves within the human hearing range (20 Hz to 20 kHz). Their construction and design are not optimized for producing ultrasonic waves, which have frequencies higher than 20 kHz. Specialized transducers, such as piezoelectric transducers, are needed to generate ultrasonic waves efficiently.
Microphones work by converting sound waves into electrical signals, which are then amplified and broadcast through speakers or recorded. The sensitivity of the microphone to sound waves, along with the amplification process, helps make your voice sound louder when using a microphone.
Waves with larger amplitudes typically sound louder. Greater amplitude results in more energy being transferred to the air, creating louder sound waves. Lower amplitude waves usually sound quieter.
Compression waves resulting from the firing of a gun are in fact high-pressure sound waves that propagate through the air. These waves are responsible for the loud noise heard when a gun is fired.
becaues of the sound waves it give off by aj