1. SONOROUS ENERGY Charo Cañero, Andrea Jiménez y Teresa Galán

2. Sonorous energy… What is this? When does it produce? Where can it produce? It’s reflected Speed Real voice and recorded voice

3. What is it? - It’s the energy carried by sound waves - In fact, it’s the effect of molecules in movement - The effect of molecules vibrating in our ears is what allows us to hear

4. When does it produce? - Sound is produced when a body vibrates - So that the sound is transmitted to the molecules needed to vibrate around their equilibrium positions

5. Where can it produce? - Sound is transmitted through material media, solid, liquid or gases but never through a vacuum - When the density is higher, the transmission speed of the sound is less. When the density is less, the transmission speed of the sound is higher

6. The sonorous energy is reflected ECHO  It’s a reflection of sound, arriving at the listener some time after the direct sound. The typical examples are the echo produced by the bottom of a well, by a building, or by the walls of a enclosed room ECHO  It’s a reflection of sound, arriving at the listener some time after the direct sound. The typical examples are the echo produced by the bottom of a well, by a building, or by the walls of a enclosed room

7. Speed of the sound - Sound travels in air at a speed of 340 m / s at normal temperature (approximately 20 degrees), because the sound needs a space to move.

8. Real voice and recorded voice - There are two ways to hear the sounds. When we speak, our voice heard by the outer channel (air) and the inner canal (bone conduction). When we recorded the voice, heard only the external channel, so we find our own voice differently. - There are two ways to hear the sounds. When we speak, our voice heard by the outer channel (air) and the inner canal (bone conduction). When we recorded the voice, heard only the external channel, so we find our own voice differently.

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