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Since sound reflects off of soft surfaces better, it can reflect off of metal, walls, wood, paper, and a bunch of more soft surfaces.
If naturally you're soft, then no, if naturally your loud, then yes.
The natural property of the material has that ability. Alot of objects absorb wound, for example the sides of your stereo are sound insulators. However, not all have the same or even this ability at all. As for soft and rough, they most likely won't play a factor, therefore you should look into the material of objects to possibly determine the insulation of sound.
A hard surface is one which does not yield when pressed. Wood, stone and glass are hard surfaces.... rubber, fabric and foam are soft surfaces.
The ball is stop by soft surfaces,therefore it won't bounce as much.
Since sound reflects off of soft surfaces better, it can reflect off of metal, walls, wood, paper, and a bunch of more soft surfaces.
Try oiling of the gearbox.
A soft "coo" sound
To make it crackle.
Soft surfaces may dampen the reflection of sound waves, but soft tiles are not the only way to improve the sound performance of a surface. The shape of the surface, thickness of the material, and material type are all important.
Passively, by surrounding it with soft, sound absorbing surfaces like textiles and padding. Actively, you need microphones to pick up the sound of the machine, a processor, amplifier and speakers to generate the same sound but with the phases reversed.
Using a mute with a trumpet, contrary to popular belief, does not just make the trumpet quieter. It changes the sound to fit a certain style of music. There are three main mutes which are used frequently, the Straight mute, which is used for classical music, the cup mute which is used for jazz, and also the Harmon mute, which is also used for jazz.
If naturally you're soft, then no, if naturally your loud, then yes.
a figure of speech a way of speaking EDIT: 1: Make a soft murmuring sound. 2: Make a soft murmuring sound similar to this, expressing contentment.
An echo is formed by sound waves bouncing back off of solid surfaces. The greatest effect happens in small empty rooms with few or no soft furnishings. Soft furnishings absorb sound waves and so would counteract the effect.
SOFT
higher waves