Amplitude
Amplitude of the wave
the answer is amplitude. for a+ users.
Yes they are, quoting from Richard Muller Physics professor at UC Berkley, "waves in sound don't come from up and down motion, but from compression and dilation. When these compressions reach your eardrum, they make it vibrate. Those vibrations are then passed on through the rest of your ear to nerves and then to the brain, where the vibrations are interpreted as sound."
I have 4 examples: tranverse longitudinal surface and torsional waves sorry :( I don't know the rest
The study of electrostatics (charges at rest), electricity, motion with velocity and time and acceleration, waves, electromagnetism, magnets and general physics real world problems dealing with gravity, mechanical energy and mass.
a vibrating body moves to and fro around its rest position and produces compressional waves in the surrounding medium. these compressional waves are called the sound waves which trevles from one place to another.
a vibrating body moves to and fro around its rest position and produces compressional waves in the surrounding medium. these compressional waves are called the sound waves which trevles from one place to another.
vascular plants have tubes to carry water and nutrients to the rest of the plant. this came out of my science book at high school.
False. Electrical current flows from a high pressure state (called hot) to a state of rest (called ground or neutral).
Amplitude of the wave
Conditioning..
No movement.
the answer is amplitude. for a+ users.
science is the best but character is the rest
Yes, it is called the nucleus. It sends messages to the rest of the cell telling it what to do. (I learnt this today in science! Haha)
Yes they are, quoting from Richard Muller Physics professor at UC Berkley, "waves in sound don't come from up and down motion, but from compression and dilation. When these compressions reach your eardrum, they make it vibrate. Those vibrations are then passed on through the rest of your ear to nerves and then to the brain, where the vibrations are interpreted as sound."
rest position or the normal which is the same thing.