Differences between Object and Phenomenon

NO , SOUND requires a medium , air is that medium
That doesn't actually negate anything I said.
Just because vibrations are moving through the air does not necessarily mean that is sound.

There is a bit of semantic involved. Sound is often considered a phenomenon of perception, which, in turn, requires there to be a receiver.
 
How could you dispute vibrations , physics , through air , medium .
I think you are confused.

I think you said NO, then agreed with me.

I don't actually know any more what you are asserting about whether a tree falling makes a sound if no one hears it.
 
Object and body

The object is small or medium. It has form. For example: table, truck, plane.
The body is bigger than the object. For example: planets.
Chemicals are bodies too: water, oil, ice, air, etc.
 
Object and body

The object is small or medium. It has form. For example: table, truck, plane.
The body is bigger than the object. For example: planets.
Chemicals are bodies too: water, oil, ice, air, etc.
Meaningless rubbish.

You are confusing objects and bodies on the one hand with substances on the other. Objects and bodies (which are interchangeable terms in physics) are composed of substances. Obviously. To anyone normal.
 
You are confusing objects and bodies on the one hand with substances on the other. Objects and bodies (which are interchangeable terms in physics) are composed of substances. Obviously. To anyone normal.

You mean there isn't any difference between objects and body?
 
I think you are confused.

I think you said NO, then agreed with me.

I don't actually know any more what you are asserting about whether a tree falling makes a sound if no one hears it.

Your right , actually the tree makes a vibration in the air but if no Human or any living being is in the area to receive this vibration , in the air , then no sound will be detected .

river
 
Your right , actually the tree makes a vibration in the air but if no Human or any living being is in the area to receive this vibration , in the air , then no sound will be detected .

river

The sound could potentially be 'detected' even if no one originally observed it.
For instance what if a sonic shockwave caused micro fissures in a rock which where then observed 1 million years later by a scientist. Even though nobody was there to observe the original event, there is still a record of the event - does this mean the event did not take place until it was observed? - for this to be the case it would require the detection of an event to affect things retroactively.

Alternatively you could say the rock itself is a type of detection device (given that it 'recorded' the event) in which case it could be said that any event/object that causes any type of disturbance to itself or its surroundings will ALWAYS be 'observed' via the effects it has upon its surroundings.

On another note, I once a Sci Fi story a very long time ago about a planet that tried to hide itself from observation in order to protect itself from being changed, does anybody know what it's called?)
 
The sound could potentially be 'detected' even if no one originally observed it.
For instance what if a sonic shockwave caused micro fissures in a rock which where then observed 1 million years later by a scientist. Even though nobody was there to observe the original event, there is still a record of the event - does this mean the event did not take place until it was observed? - for this to be the case it would require the detection of an event to affect things retroactively.

Alternatively you could say the rock itself is a type of detection device (given that it 'recorded' the event) in which case it could be said that any event/object that causes any type of disturbance to itself or its surroundings will ALWAYS be 'observed' via the effects it has upon its surroundings.

On another note, I once a Sci Fi story a very long time ago about a planet that tried to hide itself from observation in order to protect itself from being changed, does anybody know what it's called?)

Bit of a stretch here , Equinox .

Even if so , the original sonic shockwave would have lost all , if not most of its energy .
 
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