it make a wave that is send to outer space and its calls aliens to come to earth
condenser is more detailed for sound
The eardrums are like an omnidirectional microphone. The sound pressure vibrates the membrane (diaphragm) of the eardrum and the microphone only from one side.
ear
Yes, although you will need a sound card to capture the XLR signal from the microphone.
cochlear duct
because when you hear your voice normally, the vibrations are going through your organs and bones (a solid). That sounds different then hearing a sound that vibrates through the air, and when you talk into a microphone, the sound vibrates through the air.
No. The built-in microphones on the Boss BR600 will not sound as good as a Behringer C1U USB condenser microphone. You should also note that there is no way to connect the C1U microphone to the BR600, as it requires a computer with a USB port to operate. If you want to improve the sound of the BR600, you will need to connect a microphone to the 1/4" inputs jacks using a microphone that has this connector, or an XLR to 1/4" adapter cable. Note that the BR600 does not have phantom power, so powering a condenser microphone like the Behringer C1 is not possible.
Ear Drum also known as the Typanic Membrane
You can prove that sound waves have energy by using them to do work. Consider a microphone: when you speak into it, the diaphragm vibrates (i.e. it gains kinetic energy). This shows that sound waves have the capacity to do work and therefore have energy.
When you press a key on the piano, it causes the hammer-action to strike the corresponding string in the piano. This string vibrates and disrupts the air around it, creating sound.
The strings.
In general, this part of the microphone is called the transducer.For Condenser microphones, a diaphragm-like transducer is used.For Dynamic microphones, either a ribbon-like or moving coil transducer is used.