soft
Maracas can produce a range of sound volumes depending on how vigorously they are shaken. The sound can be soft if shaken gently, or loud if shaken more aggressively.
A harp can be loud without a soundbox by using a pickup or microphone to amplify the sound. This allows the sound to be electronically processed and increased in volume. Additionally, the strings of the harp can be plucked forcefully to create a louder sound.
Soft sound of transportation could be the humming of an electric car, while a loud sound could be the engine noise of a motorcycle.
The measurement of how loud or soft a sound is called its amplitude or intensity. This is typically measured in decibels (dB).
Vibrations from a loud sound have higher amplitudes and frequencies compared to those from a soft sound. This means that the loud sound will have more intense and faster vibrations that can be felt more strongly.
It can be loud or soft, depending on how it is played.
loud sound- a dog barking soft sound- the turning of a book page
Maracas can produce a range of sound volumes depending on how vigorously they are shaken. The sound can be soft if shaken gently, or loud if shaken more aggressively.
soft
A harp can be loud without a soundbox by using a pickup or microphone to amplify the sound. This allows the sound to be electronically processed and increased in volume. Additionally, the strings of the harp can be plucked forcefully to create a louder sound.
SOFT
When you bang something soft the sound will be soft and when you bang something hard the sound will be loud.The same with talking, if you talk loudly the sound will be loud and when you talk quietly the sound will be soft.
It determines how loud or soft the sound is.
volume
Soft sound of transportation could be the humming of an electric car, while a loud sound could be the engine noise of a motorcycle.
The measurement of how loud or soft a sound is called its amplitude or intensity. This is typically measured in decibels (dB).
Vibrations from a loud sound have higher amplitudes and frequencies compared to those from a soft sound. This means that the loud sound will have more intense and faster vibrations that can be felt more strongly.