A.Steel in cabinet B.Water in the ocean C.Air in your classroom D.Water in a swimming pool
b
Esterlita Vasquez
solids.
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Hydrogen bonding
Men engage in more fistfights than women
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Water in a swimming pool would likely transmit sound the best due to its density and lack of air bubbles that can impede sound waves. Steel in a bridge would also transmit sound well due to its solid structure and lack of air pockets. Water in the ocean would also transmit sound efficiently, although it may be affected by factors such as temperature and salinity. Air in a classroom would not be as efficient at transmitting sound compared to the other options because air is a less dense medium for sound propagation.
The eardrum.
Because there is no medium to transmit the sound.
In the absence of a medium to transmit sound waves, there would be no sound to hear. This is not the same as clinical deafness, which would be the physical inability to hear or process sounds.
Sound will travel farther and fastest in water, followed by steel and the air would be slowest
There's no atmosphere to speak of on the Moon to transmit the sound, so you might not be able to hear it at all. If you, and the drum, were in a pressurized room, then it would make the same sound it makes on the Earth.
The "Muckraker" journalists would have been likely to cover all of the following subjects EXCEPT
The "Muckraker" journalists would have been likely to cover all of the following subjects EXCEPT
The most likely source of a crunching sound in your basement ceiling would be mice.
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Emerson would likely feel Watada is doing the right thing for following his own beliefs.
If you use a microphone, you would likely be speaking or singing into it to amplify your voice or sound for an audience or recording. Microphones are commonly used in various settings such as public speaking, music performances, recording studios, and video conferences to capture and transmit sound.