Yes, it makes a sound. Just because nobody is around to hear it doesn't mean it doesn't mean it won't make a sound. It will make a thump regardless of who is present.
Yes, the falling tree still produces sound waves even if no one is around to hear it. Sound is a physical phenomenon that occurs regardless of whether there is someone present to perceive it.
Yes, the tree falling would still create vibrations in the air that we would classify as sound. Sound is a physical phenomenon that occurs regardless of whether it is perceived by a person.
Yes, the falling tree will generate sound waves whether or not there is anyone there to hear them. Sound is a vibration that travels through the air, and the falling tree will create these vibrations regardless of whether someone is there to perceive them.
The phrase "If a tree falls in a forest and no one is around to hear it, does it make a sound?" is a philosophical question that has been attributed to a variety of sources, including Bishop George Berkeley and George Washington Carver. It is often used to prompt discussion about the nature of reality and perception.
some people may say yes and no but the scientific answer is no Yes, it does. It always does--doesn't matter if it is heard or not! Comment to Simplemary's answer: Absolutely correct.
Yes, according to the scientific definition of sound, it is the vibration of particles that propagate as a mechanical wave. So, a sound is produced even if there is no one to hear it. Therefore, if a tree falls when no one is around, it does create sound waves, even if there is no observer.
No because sound is something you hear and if no one hears it, there is no sound.
no.
Yes, the falling tree will generate sound waves whether or not there is anyone there to hear them. Sound is a vibration that travels through the air, and the falling tree will create these vibrations regardless of whether someone is there to perceive them.
Yes, the tree falling would still create vibrations in the air that we would classify as sound. Sound is a physical phenomenon that occurs regardless of whether it is perceived by a person.
The phrase "If a tree falls in a forest and no one is around to hear it, does it make a sound?" is a philosophical question that has been attributed to a variety of sources, including Bishop George Berkeley and George Washington Carver. It is often used to prompt discussion about the nature of reality and perception.
First of all, this is not a complete question. By using common sense, I can conclude that this is a poorly grammatized version of the popular question: ' If a tree falls in the woods, and no one is around to hear it, does it make any sound? ' But you have stated this as a statement: If a tree falls in the wood and no sound comes out ' is the stem of a question, but i don't know if there is going to be a question about time or a question about why the tree falls etc. Nevertheless, what we call sound is simply vibrations in a medium, and is only recognized as sound when it reaches our inner ear and nervous system, so if no one hears, it makes no sound. However, it does make those virations, so there is no difference in the way it falls whether there is someone there or not.
no because sound is thecnacly the vibrations in your ear so no ear no sound
Yes it will scare the animals there
yes i hav another qustion for u if a tree falls in the woods and nobody is aroun to hear it does it make a sound answer that on
yes The squirrel heard it (a little too late) unless it was deaf ,and if it were then, No. Without any animals with ears around it didn't make a sound.
some people may say yes and no but the scientific answer is no Yes, it does. It always does--doesn't matter if it is heard or not! Comment to Simplemary's answer: Absolutely correct.
Yes, according to the scientific definition of sound, it is the vibration of particles that propagate as a mechanical wave. So, a sound is produced even if there is no one to hear it. Therefore, if a tree falls when no one is around, it does create sound waves, even if there is no observer.