US /vaɪˈbreʃən/
・UK /vaɪˈbreɪʃn/
Think about sound as vibration.
Vibration spread across an area.
Microwaves will cause those molecules to vibrate and that vibration, it translates to heat.
and that vibration, it translates to heat.
Well, the main ingredients in any municipal mering is buildings and while the buildings in Tokyo, look like the sort of buildings that might turn to soup with enough vibration, there's a lot going on behind the scenes to keep them in one piece.
look like the sort of buildings that might turn to soup with enough vibration there's a lot going on
3. Vibration dampening.
NUMBER 3: Vibration dampening.
So if I put my hand in this, there's actually a vibration motor where I can feel when I've closed my hand on something, which is pretty cool.
So if I put my hand in this, there's actually a vibration motor where I can feel when I've closed my hand on something, which is pretty cool.
To tell, you put your hands near the pump and you're going to feel a lot of heat and vibration.
To tell, you put your hands near the pump and you're going to feel a lot of heat and vibration.
That vibration creates a sound wave.
That vibration creates a sound wave.
Which means that when you produce the sound, you have to feel some vibration in your throat.
Which means that when you produce the sound, you have to feel some vibration in your throat.
No vibration in the throat.
No vibration in the throat.
We have our own sensors that we physically install on the machines, which measure the vibration of the machine, the temperature, the magnetic emissions of a motor.
We have our own sensors that we physically install on the machines, which measure the vibration of the machine, the temperature, the magnetic emissions of a motor.