 
 <prompt> text: ```Pitch na di way wey pesin take hear musical tones and put dem for different positions for musical scale based on how dem dey perceive di frequency of vibration. Pitch dey closely relate to frequency, but dem no be di same thing. Frequency na objective, scientific attribute wey fit be measured. Pitch na di subjective perception wey each pesin get about sound, wey no fit be directly measured. But e no mean say most pesin no go gree on top which notes dey high or low.

Dis one dey create linear pitch space wey octaves get size 12, semitones (di distance between keys on top piano keyboard) get size 1, and A440 dey get di number 69. (See Frequencies of notes.) Distance for dis space dey correspond to musical intervals as musicians dey understand am. An equal-tempered semitone dey divide into 100 cents. Di system dey flexible reach to include "microtones" wey no dey for standard piano keyboards. For example, di pitch wey dey halfway between C (60) and C♯ (61) fit be labeled 60.5.

Wetin be di answers to dis set of questions:

1. Wetin be pitch?
2. Wetin e dey relate to?
3. Wetin pitch dey closely relate to?
4. Dem dey equal?
5. Frequency na subjective?
6. Wetin e be?
7. So wetin be subjective?
8. Which one na scientific?
9. You fit measure pitch?
10. Wetin about Frequency?
11. Most pesin gree on high and low notes?
12. Wetin be semitones?
13. Wetin be equal tempered semitone?
14. E dey flexible?
15. To include wetin?
16. Dem dey see am for piano?
17. Wetin listener dey assign to tones?
18. Which one dey based primarily on wetin?``` <response>: ```1. one sound wey person fit hear
2. music tones
3. to frequency
4. no
5. no
6. objective
7. Pitch
8. Frequency
9. no
10. yes
11. yes
12. the distance between adjacent keys on the piano keyboard
13. An equal-tempered semitone is subdivided into 100 cents
14. Yes
15. microtones
16. No
17. relative positions on a musical scale
18. on their perception of the frequency of vibration``` 