In summary, pitch is about the perceived frequency of a sound, note is a symbol representing both pitch and duration in music notation, and tone is a broader term referring to the quality or character of a sound, including aspects beyond pitch and duration.
Note, is fixed (more or less). Thinking in oriental music when you glide from a note to another, but you also when you do this, you also change gradually the pitch (it's not quantized like in western music, it's continuous, with very intricate rules how to do it - e.g. Indian music, which by the way, has 2 different classical systems, but not limited to Indian music).
I am loving the visualisations, especially the waves and frequency spectrums. It allows you to logically break down the what you are sensing in your ears.
This is actually making music make way more sense. I never really understood why a note and it's octave would be called the same thing when it sounds different, until it is scientifically broken down as to why. Great video! Keep it up!
This was it for me. I'm not very musically inclined but I love math and science. The way this was explained made music clearer for the first time in my life and I'm almost 50. Nobody has ever explained pitch, key, and tone this way in any music environment I've been in. It's like an amazing door has been finally opened.
Thank you for this refresher! I enjoy the specificity and the clarity that was present in this video!! I had not thought on the difference between a pitch and a note for a little while now. It was good to hear again!
The last summarizing sentence is a delightful satisfying cherry on top that was being subtlety teased at us throughout the well-worded and easily consumable music theory Sundae! Pitch: what you sing Note: how you sing it Tone: how it sounds
Great video! I've been confused over the distinction between the three for ages, and this explanation really helped. The visual demonstration with the equalizer showing the difference between pitch and tone was especially useful. Thanks for this!
Didn’t realize tones comprised of everything including the pitch along with the overtones, heard about them but didn’t know they were a subset. I’m a chemical engineer, so loved all the physics behind sound. Very interesting video! Thanks so much and God bless!
I was raised by a musician, and learned piano at very early age before changing to violin, until I was about 15 when I gave up on music. I'm an applied mathematician now, and always told myself I should revisit my study of music theory, of which I forgot almost everything by now, and see it through the lens of the math and physics of it... So, I found your video on chance and loved your approach! I'll be watching a whole lot more of your videos. Thanks!
I first “learned” clarinet, then sax. I always had trouble with theory. Now, I’ve discovered guitar. When tuned in P4 (fourths tuning) it’s like a music theory showcase. Maybe you’d find value in trying it out.
I first “learned” clarinet, then sax. I always had trouble with theory. Now, I’ve discovered guitar. When tuned in P4 (fourths tuning) it’s like a music theory showcase. Maybe you’d find value in trying it out.
If you really want a challenge, study Indian music. Western music seems extremely dull comparing with Indian music. Every kind of music has it's specificities... but I never encounter something so complex like Indian music.
This video is amazing. I'm one of those people who keeps on asking "but why?" and you described everything in detail yet easy to understand. I was looking for the percentage of pitch on CDJs and now I'm learning about how sound is created thanks to your video. You got yourself a new suscriber.
so nice at the beginning I just thought it was another video more , but then I realized a lot of information you cover in a few time , pretty well edited the video and very educative , thank you for sharing
Everything about this video is excellent. From the delivery (not too fast or slow), to the amazing amount of effort put into the graphics, and of course to the content itself. Thank you so much for all your work ! I'm an engineer, but have a little background in music. I searched for "tone" as in tone-semitone and found your video. Will watch more of them for sure. Hoping to learn why western music adopted tone, tone, semitone, tone, tone, tone, semitone. Must have to do with harmonics and where they fall in higher octaves I'm guessing?
I want to become a musisican and this channel is AMAZING, you deserve millions of views and millions of subs, thank you and keep up videos like this, sooo informative and intresting
I remember being in band class in grade 7 or 8 and my teacher said tone is everything. However, tone always seemed like a vague, mysterious concept. Just like energy from physics.
So I had been wondering something when i listen to a song I hear the key it is in, but when I hear the same song but on another form like a cassette or an old radio, the key sounds higher, even though its still in the same key. It feels like it went up half a key but it doesn’t. I wonder why that happens? Is there a note between for example a G and G flat?
This is a great observation! This is definitely true and you’re correct about the recording being in between, or smaller than a half step. It’s similar to when someone sings a note but they’re slightly sharp or flat. This is really common on mediums that are deteriorating, like the cassettes you mentioned. Or sometimes on older recordings made with tape they would decide post-recording that the song should be faster. So rather than spending the money re-recording, they’d speed up the master slightly, which would also pitch the track slightly sharp. For example Everybody Wants to Rule the World by Tears for Fears is in D, but was sped up post recording so it sits somewhere between D and Eb . In reference to notes between G and Gb, there are certainly frequencies in between. In the West, we’ve decided that the half step is the smallest, but there are an infinite number of frequencies in between that we don’t recognize, so they sound out of tune to us. Many refer to these as micro tones. In a lot of cultures in the East, (Indian, Turkish, Japanese music, etc.) they actually do recognize these some of these pitches. This is often called “microtonal music”. I hope that answers your question!!
love your video, definitely the best explanation ever with visuals! but can you expand on how to focus or find listen for the pitch. I feel the "not overtone" lol is louder or just too much distraction that I can't pick out the pitch.
That's certainly a good question! Maybe try listening to a pure sine wave pitch first (for example C4) and then listen to that same pitch on an instrument and see if you can hear the fundamental!
I had read an article that has maybe a bit difference, so according to that article: the tone is what you play on an instrument ("singing/ playing=tone).. the pitch is that sound traveling to your ears (hearing=pitch).. and the note is when you write that sound (note=writing that sound).
I was listening to a Michael Jackson song and thought "Hmm, I wonder if that's perfect pitch". Then I thought what is actually pitch and how does it compare to key. I was not ready for the Neil DeGrasse Tyson of music. The way it began with the science, broke everything down into it's simplest form, and then put together at the end...This was amazing!
Thanks for the brilliant video, I finally understood what these terms mean. Could you also drop the eq app? I found that very interesting and want to look at the overtones myself
I have two questions: 1) Do better "quality" instruments play more precise tones? Would a better piano give you fewer overtones? 2) Why are only particular frequencies considered notes? Does this have to do with what humans are capable of distinguishing or does it have more to do with the way notes sound in relation to each other? Thanks for the video!
Wow this was Good! Well produced too! Am off now in search of an explanation of why humans find particular pitches satisfying. Is that where sharps and flats come in? What is their wave form? Do we just like repetitive stuff?
Thank you! Humans' relationship to music is sort of a mystery in many ways, but I think what it comes down to is conditioning. This is clear when people who are used to Western music listen to music from the East - they often feel out of place or reject it entirely because its not familiar to them. But I do have other videos that might help answer the question further - check out "The Overtone Series" and "Consonance + Dissonance" !
I've played various instruments in my life at diff times. I'm also a mathematician and have always been interested in the physics of sound. I did one of my senior projects in college on sound wave processing. Wish I had this then. But my hearing has gotten so bad over the years. I knw it because I honestly cannot hear the diff btx that A4 on the guitar or the piano. Lol. Loved this video, though. Thanks
@@MusicTheoriesChannel - thanks! I was unaware of this phenomenon. It does make sense because adjusting low frequencies on an equalizer changes the character of pitches well above its range.
To be honest, in the colloquial sense people sort of use tone and timbre interchangeably. But the way I think about it is tone describes the balance of the sound and the timbre describes the quality of the overall sound. For example a singer can adjust their tone using registers and placement; if they sing in their upper head voice it may have an "airy" tone compared to their mixed voice which may have a "nasally" tone, compared to their chest voice which may have a "hearty" tone. But timbre describes the singer's voice as a whole, which might be "smooth" or "brassy" or "warm". An electric guitar's tone can be adjusted on an amplifier by playing around with lows (bass), mids, and highs (treble) among other things. The timbre will come from that specific guitar's overall sound quality, which is mostly designated by the specific pick ups the guitar is using. I hope that makes sense!
Each pitch has its own set of frequencies. Though there are multiple pitches labeled "A", they are actually classified by numbers as well (A2, A3, A4, etc.) to designate how low or high they are. Though A3 and A4 are both A, A4 with have double the frequency of A3, meaning it vibrates faster. There's a more in-depth explanation right around @2:32 in this video! For that same reason, when you speed up or slow down a sound file, it should change the pitch of the song. If you were to play it faster, the pitch gets higher, if you play it slower, the pitch gets lower. This is clear with vinyl records when you change the playback speed. However, we now have the technology to correct the pitch shift in playback speed, for example, on RUclips. This allows us to slow down or speed up audio without it changing pitch (amazing tech, btw!). I hope that answers your question!
@@MusicTheoriesChannel Not really... The explanation you point to is that of frequency. Also, you made it more confusing with "it should change but RUclips can do it so it doesn't".
A single pitch is a single frequency. If you speed up or slow down a note you will doppler shift its frequency, and it will become a new different note. Notes that aound the same are not the same frequency, bht have frequwncies that are multiples of 2. A4 is commonly defined at 440Hz, A3 at 220, A2 at 110, A1 at 55, A6 at 880, A7 at 1760 etc. These sound the same, despite being obviously different in pitch, because if the physiology of human hearing.
But I have read that timbre and tone is two different things, for example there are two violins one has is bright sound other has muted sound (timbre), but tone is the quality of the sound, both violins with different timbres can play the same tone - the same note and giving the quality of an aggressive sound. Lets take an example of singing, two people are singing, a depressive song, making their voice tone - (low and assigning a moody quality), but their voices sound different because they have a different timbre ( due to vocal anatomy, etc..), but they are producing the same tone, and feeling of the sound.
Yes, we can definitely break down tone and timbre even further! This is more of a fundamental understanding. I do talk more about timbre in my video about the Elements of Music: ruclips.net/video/pPir3cvinDI/видео.html
Yeah, you've got the idea. But in a real setting, this would be more like "The pitch here is an E5" or " could you give me a more nasally tone here?" or "this phrase should be quarter notes" Hope that makes sense!
@@MusicTheoriesChannel I see. Another question - if pitch is the sound that is produced, how do I explain that “A” can be produced in different ways but it remain A. Meaning I can produce A4 or A3 but it’s still fundamentally A. Is A3 & A4 different pitches or different tones?
Rhe only reason notes and frequencies are not the same is because instrument tuning is completely arbitrary, and A4 has been dedined as everything from 417Hz to 466Hz.
Is here any spanish native speaker? Im getting very difficult times of understanding this two terms; pitch and tone, when it comes to use my brain in spanish lenguage. Because when you translate *pitch* to spanish = it is the word "tono", and when you translate *tone* to spanish = it is also the word "tono" So how can it be? How can I understand this in spanish, as both words are the same, or am I missing, a more technical word when translating one of them?
It's not that complicated. A note is seen. A tone is heard. The performer reads the note then plays or sings the tone. The pitch determines which tone is sung or played.
What is exXtly the difference of timbre and a pitch. I thought timbre and putch is obe and same. The quality of someone or something is the timbre and tbay is also the pitxh of bogh and low. Am I correct? Pleasr i really want to know the exact difference.
I just started my Music Appreciation courses for college, and this video has helped tremendously with developing my understanding of what music is!!!! You've gained a subscriber!!!!
I havent been able to find the proper keywords to google this issue, so i'll just ask it here. I can't seem to properly hear through the tone to distinguish the pitch. I can hear relatively on each instrument which pitch is higher and lower than the other, but soon as i play on another instrument with a different tone, i have to reset my perception of each note. Do you have any tips for that?
This is a great question! I recommend training your ear more intently (that is, if you don’t already know your intervals). You can use apps like Perfect Ear or my go-to site is Teoria.com . Start very small, with just the major and minor 2nd intervals. Then move on major 2nd and 3rd, minor 3rd, etc. it’s admittedly a process that will take some time, but it will absolutely fix your problem! You will start to hear pitches rather than tone! I will say, in addition to that, it might be a good idea to hear/sing the same pitch on multiple instruments (if you have access). So, you’d play middle C on a piano, then the same C on a guitar, and the same C on say, a violin, and start to train your ear that way.
Equalize your outro music before adding the voiceover, not after, otherwise the TONE of your voice changes at the end in comparison to the rest of the video.
Criminal that you don't have more subscribers, excellent and clear explanations in the few videos I've watched so far! Well done!
Thank you so much!
You're so right
In summary, pitch is about the perceived frequency of a sound, note is a symbol representing both pitch and duration in music notation, and tone is a broader term referring to the quality or character of a sound, including aspects beyond pitch and duration.
Note, is fixed (more or less). Thinking in oriental music when you glide from a note to another, but you also when you do this, you also change gradually the pitch (it's not quantized like in western music, it's continuous, with very intricate rules how to do it - e.g. Indian music, which by the way, has 2 different classical systems, but not limited to Indian music).
Best part is your visualization. I learn through visuals and it’s helping me understand a lot. Thank you. 😊
I’m so happy they’re helpful!!
Thank you. This is the perfect way to teach i think, start from the absolute basics and show examples to the learner, nothing abstract.
One of the most clearest explaination on this hard subject i have seen, thanks you keep up the good work !!
Glad it was helpful! Thank you for watching!
@@MusicTheoriesChannel love u
@@MusicTheoriesChannelReally good video 👍
I am loving the visualisations, especially the waves and frequency spectrums. It allows you to logically break down the what you are sensing in your ears.
Exactly, visuals help me reach a much deeper understanding!
I can’t get over how good you are at visualizing and teaching these concepts it’s unreal, gonna binge the rest of this playlist now
Thank you SO much!!
This is definitely 1mil subs type of quality content. Lovin the channel as a beginner musician in training!
Thank you so much 🥹 I appreciate that!
This is actually making music make way more sense. I never really understood why a note and it's octave would be called the same thing when it sounds different, until it is scientifically broken down as to why. Great video! Keep it up!
I love this!! So glad I could help.
This was it for me. I'm not very musically inclined but I love math and science. The way this was explained made music clearer for the first time in my life and I'm almost 50. Nobody has ever explained pitch, key, and tone this way in any music environment I've been in. It's like an amazing door has been finally opened.
Thank you for this refresher! I enjoy the specificity and the clarity that was present in this video!! I had not thought on the difference between a pitch and a note for a little while now. It was good to hear again!
Glad it was helpful!
The last summarizing sentence is a delightful satisfying cherry on top that was being subtlety teased at us throughout the well-worded and easily consumable music theory Sundae!
Pitch: what you sing
Note: how you sing it
Tone: how it sounds
Thank you for saying what I was thinking. This video was educational and easy to understand
i hv been tryin to understand the difference for days now. this explanation is so clear n concise. thanks!
Great video! I've been confused over the distinction between the three for ages, and this explanation really helped. The visual demonstration with the equalizer showing the difference between pitch and tone was especially useful. Thanks for this!
Love to hear that! So glad it was helpful! Thanks for watching ☺️
Didn’t realize tones comprised of everything including the pitch along with the overtones, heard about them but didn’t know they were a subset. I’m a chemical engineer, so loved all the physics behind sound. Very interesting video! Thanks so much and God bless!
So glad you enjoyed! Thanks so much!!
I was raised by a musician, and learned piano at very early age before changing to violin, until I was about 15 when I gave up on music. I'm an applied mathematician now, and always told myself I should revisit my study of music theory, of which I forgot almost everything by now, and see it through the lens of the math and physics of it... So, I found your video on chance and loved your approach! I'll be watching a whole lot more of your videos. Thanks!
I’m so glad you found your way here! I’m definitely not a mathematician or physicist so you probably have some great insights for me as well!
I first “learned” clarinet, then sax. I always had trouble with theory. Now, I’ve discovered guitar. When tuned in P4 (fourths tuning) it’s like a music theory showcase. Maybe you’d find value in trying it out.
I first “learned” clarinet, then sax. I always had trouble with theory. Now, I’ve discovered guitar. When tuned in P4 (fourths tuning) it’s like a music theory showcase. Maybe you’d find value in trying it out.
If you really want a challenge, study Indian music. Western music seems extremely dull comparing with Indian music. Every kind of music has it's specificities... but I never encounter something so complex like Indian music.
I've watched hundreds of music lesson videos and still learnt new things in these few minutes; the EQ/Analyzer display was a revelation!
This video is amazing. I'm one of those people who keeps on asking "but why?" and you described everything in detail yet easy to understand. I was looking for the percentage of pitch on CDJs and now I'm learning about how sound is created thanks to your video. You got yourself a new suscriber.
Glad you enjoyed it! Thank you so much!
Thank you so much. Trying to discuss music theory without these well clarified is frustrating.
so nice at the beginning I just thought it was another video more , but then I realized a lot of information you cover in a few time , pretty well edited the video and very educative , thank you for sharing
When you said that this is as just helpful for yourself as your us inspired me! Thank you, fellow human! Thank you thank you thank you!
Love that!
I have to conduct an entire choir this year and I have no idea what I’m doing. This helped me a ton, thanks!
Ohh boy! Best of luck!
Everything about this video is excellent. From the delivery (not too fast or slow), to the amazing amount of effort put into the graphics, and of course to the content itself. Thank you so much for all your work ! I'm an engineer, but have a little background in music. I searched for "tone" as in tone-semitone and found your video. Will watch more of them for sure. Hoping to learn why western music adopted tone, tone, semitone, tone, tone, tone, semitone. Must have to do with harmonics and where they fall in higher octaves I'm guessing?
Yes, exactly!
Thanks for watching!
I want to become a musisican and this channel is AMAZING, you deserve millions of views and millions of subs, thank you and keep up videos like this, sooo informative and intresting
I’m so glad you found me! Thanks so much!!
This is so helpful to understand the basics!!!!! 🐐
I really enjoyed this. This is a really useful video! Thank you for making this!
I just found your channel. I'm getting good value out of your fundamentals videos. Thank you.
Glad you like them!
Thank you for this! Really helped Alot
You just earned a subscriber.. Thank you!
I remember being in band class in grade 7 or 8 and my teacher said tone is everything. However, tone always seemed like a vague, mysterious concept. Just like energy from physics.
Now you know!
This helped a lot. Thank you for this video.
So I had been wondering something
when i listen to a song I hear the key it is in, but when I hear the same song but on another form like a cassette or an old radio, the key sounds higher, even though its still in the same key. It feels like it went up half a key but it doesn’t. I wonder why that happens? Is there a note between for example a G and G flat?
This is a great observation! This is definitely true and you’re correct about the recording being in between, or smaller than a half step. It’s similar to when someone sings a note but they’re slightly sharp or flat. This is really common on mediums that are deteriorating, like the cassettes you mentioned. Or sometimes on older recordings made with tape they would decide post-recording that the song should be faster. So rather than spending the money re-recording, they’d speed up the master slightly, which would also pitch the track slightly sharp. For example Everybody Wants to Rule the World by Tears for Fears is in D, but was sped up post recording so it sits somewhere between D and Eb .
In reference to notes between G and Gb, there are certainly frequencies in between. In the West, we’ve decided that the half step is the smallest, but there are an infinite number of frequencies in between that we don’t recognize, so they sound out of tune to us. Many refer to these as micro tones. In a lot of cultures in the East, (Indian, Turkish, Japanese music, etc.) they actually do recognize these some of these pitches. This is often called “microtonal music”.
I hope that answers your question!!
@@MusicTheoriesChannel this literally answered my question exact, thank you so much ♥️ 🙏
love your video, definitely the best explanation ever with visuals! but can you expand on how to focus or find listen for the pitch. I feel the "not overtone" lol is louder or just too much distraction that I can't pick out the pitch.
That's certainly a good question! Maybe try listening to a pure sine wave pitch first (for example C4) and then listen to that same pitch on an instrument and see if you can hear the fundamental!
Awesome video! Thanks a lot!
My pleasure!
I had read an article that has maybe a bit difference, so according to that article:
the tone is what you play on an instrument ("singing/ playing=tone).. the pitch is that sound traveling to your ears (hearing=pitch).. and the note is when you write that sound (note=writing that sound).
that's one way of looking at it!
I was listening to a Michael Jackson song and thought "Hmm, I wonder if that's perfect pitch". Then I thought what is actually pitch and how does it compare to key. I was not ready for the Neil DeGrasse Tyson of music. The way it began with the science, broke everything down into it's simplest form, and then put together at the end...This was amazing!
Wow!! High praise! Thank you so much!
Excellent, cheers from Canada...
This is an excellent video; well done.
Eye opening, thanks.
Amazingly pleasant voice.
Thanks!
Thank you for this well explained video
Good explanation. I would say a note is "how long you sing the pitch". Time-frame.
Thanks for the brilliant video, I finally understood what these terms mean.
Could you also drop the eq app? I found that very interesting and want to look at the overtones myself
Thank you so much! The EQ is the stock plug in that comes with Logic Pro 🙂 I just manually removed all of the frequencies
I have two questions:
1) Do better "quality" instruments play more precise tones? Would a better piano give you fewer overtones?
2) Why are only particular frequencies considered notes? Does this have to do with what humans are capable of distinguishing or does it have more to do with the way notes sound in relation to each other?
Thanks for the video!
matur suksma !
Wow this was Good! Well produced too! Am off now in search of an explanation of why humans find particular pitches satisfying. Is that where sharps and flats come in? What is their wave form? Do we just like repetitive stuff?
Thank you!
Humans' relationship to music is sort of a mystery in many ways, but I think what it comes down to is conditioning. This is clear when people who are used to Western music listen to music from the East - they often feel out of place or reject it entirely because its not familiar to them.
But I do have other videos that might help answer the question further - check out "The Overtone Series" and "Consonance + Dissonance" !
Very nice 👍
Amazing explanation! Thank you for making this.
So glad you liked it!
Thanks
outstanding video
She lowkey flexed when she sung the tone perfectly😂😵💫🔥
Very well explained.🎉
Glad it was helpful!
can u pls make a video explaining the elements of music- melody, harmony, rhythm, dynamics etc?
Absolutely!
@@MusicTheoriesChannel thanks!
I've played various instruments in my life at diff times. I'm also a mathematician and have always been interested in the physics of sound. I did one of my senior projects in college on sound wave processing. Wish I had this then. But my hearing has gotten so bad over the years. I knw it because I honestly cannot hear the diff btx that A4 on the guitar or the piano. Lol. Loved this video, though. Thanks
Ok. Got to the 6th minute mark and I can hear it now. Love the visuals!
Awesome!! I'm so glad you found this helpful! @@Krysda225
Great
Greetings From Super Extremes- Sri Lanka
💚 💛 ❤ 💙 💜
awesome video 👏👏
Thank you!
Thank you!
This is really cool
Thank you!
this video was really useful to understand these basic concepts, thanks
So glad you think so, thank you!
This was a really well made video! For someone with no background in music, I feel like I now have a good grasp on the concepts you touched on
Amazing! Thank you so much, I love to hear it!
Brilliantly clear - I finally get it after 68 years! Thank you, thank you!
Glad it helped! Thanks so much!
Great video
On the demonstration of tone with the graphic equalizer it shows activity at frequencies below the fundamental pitch. What is that?
Great question! Those are the subharmonics or the undertone series.
@@MusicTheoriesChannel - thanks! I was unaware of this phenomenon. It does make sense because adjusting low frequencies on an equalizer changes the character of pitches well above its range.
IITJEE aspirants enjoying this.....
What the exact differebce of tone or timbre with pitch? In. Grade 1 book it is compared in a high and liw spund
To be honest, in the colloquial sense people sort of use tone and timbre interchangeably. But the way I think about it is tone describes the balance of the sound and the timbre describes the quality of the overall sound.
For example a singer can adjust their tone using registers and placement; if they sing in their upper head voice it may have an "airy" tone compared to their mixed voice which may have a "nasally" tone, compared to their chest voice which may have a "hearty" tone. But timbre describes the singer's voice as a whole, which might be "smooth" or "brassy" or "warm".
An electric guitar's tone can be adjusted on an amplifier by playing around with lows (bass), mids, and highs (treble) among other things. The timbre will come from that specific guitar's overall sound quality, which is mostly designated by the specific pick ups the guitar is using.
I hope that makes sense!
So why do multiple frequencies have the same pitch and slowing down a sound file doesn't change pitch?
Each pitch has its own set of frequencies. Though there are multiple pitches labeled "A", they are actually classified by numbers as well (A2, A3, A4, etc.) to designate how low or high they are. Though A3 and A4 are both A, A4 with have double the frequency of A3, meaning it vibrates faster. There's a more in-depth explanation right around @2:32 in this video! For that same reason, when you speed up or slow down a sound file, it should change the pitch of the song. If you were to play it faster, the pitch gets higher, if you play it slower, the pitch gets lower. This is clear with vinyl records when you change the playback speed.
However, we now have the technology to correct the pitch shift in playback speed, for example, on RUclips. This allows us to slow down or speed up audio without it changing pitch (amazing tech, btw!). I hope that answers your question!
@@MusicTheoriesChannel Not really... The explanation you point to is that of frequency. Also, you made it more confusing with "it should change but RUclips can do it so it doesn't".
A single pitch is a single frequency. If you speed up or slow down a note you will doppler shift its frequency, and it will become a new different note.
Notes that aound the same are not the same frequency, bht have frequwncies that are multiples of 2.
A4 is commonly defined at 440Hz, A3 at 220, A2 at 110, A1 at 55, A6 at 880, A7 at 1760 etc.
These sound the same, despite being obviously different in pitch, because if the physiology of human hearing.
Thanks!
No problem!
I'm taking my first music class this year and I've been a little confused and felt too behind, but your video helped me a lot! Great video!
That makes me SO happy!! Glad I could help (: Good luck!
Can you tell me why we say Tik Tok, Flim Flam, Ding Dong etc..does it have to do music theory somehow
But I have read that timbre and tone is two different things, for example there are two violins one has is bright sound other has muted sound (timbre), but tone is the quality of the sound, both violins with different timbres can play the same tone - the same note and giving the quality of an aggressive sound. Lets take an example of singing, two people are singing, a depressive song, making their voice tone - (low and assigning a moody quality), but their voices sound different because they have a different timbre ( due to vocal anatomy, etc..), but they are producing the same tone, and feeling of the sound.
Yes, we can definitely break down tone and timbre even further! This is more of a fundamental understanding. I do talk more about timbre in my video about the Elements of Music:
ruclips.net/video/pPir3cvinDI/видео.html
7:04 is the answer guys
Have just found your channel and absolutely love it. You got a new subscriber!
Welcome!!! Happy you're here!
So if I put it in phrase, it would be
Give me a pitch in quarter notes with a nasally tone?
Yeah, you've got the idea. But in a real setting, this would be more like "The pitch here is an E5" or " could you give me a more nasally tone here?" or "this phrase should be quarter notes"
Hope that makes sense!
@@MusicTheoriesChannel I see. Another question - if pitch is the sound that is produced, how do I explain that “A” can be produced in different ways but it remain A. Meaning I can produce A4 or A3 but it’s still fundamentally A. Is A3 & A4 different pitches or different tones?
Its jumps of an octave, ie. a doubling of frequency. An A4 is double the frequency of an A3, a C4 is double the frequency of a C3 and so on.
The start up key from a PS3 and Nintendo DS are both in a pitch of A.
Interesting!
Brilliant! Wonderful job! Thank you!
Glad you enjoyed it!
Underrated channel
Thank you so much!
Super dope! Thank you
Glad you like it!
Amazing videos!!!
thank you!
Great Job
Thank you!
Great great video!
Thank you!
Great explanation, thank you so much.
Glad it was helpful! Thanks for watching
Thanks so much!👍🏼🙏
Rhe only reason notes and frequencies are not the same is because instrument tuning is completely arbitrary, and A4 has been dedined as everything from 417Hz to 466Hz.
👍👍👍👍👍👍👍👍👍
Rarefaction sounds like 'rarer-faction'
The TONE portion backgrounds are too dark.....can hardly see it!!?
Unfortunately, that’s just the color scheme of the equalizer I was using and not something that I could change
Good work :)
Thank you!
Great video! Thanks!
Thanks for watching!
🧚🏻♂️🌌🦅
Is here any spanish native speaker?
Im getting very difficult times of understanding this two terms; pitch and tone, when it comes to use my brain in spanish lenguage.
Because when you translate *pitch* to spanish = it is the word "tono", and when you translate *tone* to spanish = it is also the word "tono"
So how can it be?
How can I understand this in spanish, as both words are the same, or am I missing, a more technical word when translating one of them?
Pitch=sería la frecuencia resonancia magnética. Hay que presentar está a la real academia. Yo tuve la misma duda por años
A pitch is a pure sine wave, like a siren for example. A tone is a complex wave with many overtones that a real instrument produces.
@@egoalter1276 master! gotta save this answer, worth a million
woooooooo wery guten
It's not that complicated. A note is seen. A tone is heard. The performer reads the note then plays or sings the tone. The pitch determines which tone is sung or played.
Scienxe is just the understanding of nature, it is not special or magic.
Cone of confusion 🙃
Tone in Chinese , pitch in Japanese ... Interesting!
Amazing explanation, thank you!
Glad it was helpful!
Now your speaking my language! I hardly know a thing about playing instruments. The synopsis helped a lot too
So glad you found it helpful!
What is exXtly the difference of timbre and a pitch.
I thought timbre and putch is obe and same. The quality of someone or something is the timbre and tbay is also the pitxh of bogh and low. Am I correct? Pleasr i really want to know the exact difference.
Thanks
My pleasure!
I just started my Music Appreciation courses for college, and this video has helped tremendously with developing my understanding of what music is!!!! You've gained a subscriber!!!!
Amazing!! Welcome 🤗
I havent been able to find the proper keywords to google this issue, so i'll just ask it here. I can't seem to properly hear through the tone to distinguish the pitch. I can hear relatively on each instrument which pitch is higher and lower than the other, but soon as i play on another instrument with a different tone, i have to reset my perception of each note. Do you have any tips for that?
This is a great question! I recommend training your ear more intently (that is, if you don’t already know your intervals). You can use apps like Perfect Ear or my go-to site is Teoria.com . Start very small, with just the major and minor 2nd intervals. Then move on major 2nd and 3rd, minor 3rd, etc. it’s admittedly a process that will take some time, but it will absolutely fix your problem! You will start to hear pitches rather than tone!
I will say, in addition to that, it might be a good idea to hear/sing the same pitch on multiple instruments (if you have access). So, you’d play middle C on a piano, then the same C on a guitar, and the same C on say, a violin, and start to train your ear that way.
Equalize your outro music before adding the voiceover, not after, otherwise the TONE of your voice changes at the end in comparison to the rest of the video.