This is hands down, one of the top 10 best educational videos on youtube. You actually explain things rather than just delivering jargon as if it can be instantly absorbed and integrated. I wish all teachers were like you.
Wowww! Can't believe I understand this lesson now. After watching several lengthy videos and rereading my module, I didnt know I only just need 15 minutes to fully understand the lesson. Thank you sir for making the lessons a lot easier. 🥰🥰
We have a report in Geology as a Civil Engineering student and my topic is all about Mineral Composition of Igneous rocks. Huge, huge thanks for this very simplified video abot the model and now I can understand more about this specific topic!!!
Hi Michael, thanks so much for making these! I am pretty new to the field so these are great and I am sure with time more and more will enjoy your content. Keep going !!
I did a degree in geology and have never heard of Bowen's reaction series or seen the diagram although I covered the principles contained within it. This is a much clearer explanation than the one I was given.
kudos bro......This is a wonderful channel.....i'll recommend this channel to anyone who has great admiration for geology and who also want's to advance further in the field.
OH. MY. GOD. what a lesson! For sake don't ever stop making such videos, cover each and every topic of geology. this is me watching your video for the very first time and I am blown away. You earned a loyal subscriber dude! And peeps are definitely hit by a rock as they are unable to find such a gem. you deserve more views!
Some people who illustrate Bowen's reaction series have the first minerals that crystallize at the highest possible temperatures going on the react with the rest of the melt to produce the next highest temperature crystal. But the most common way I've learned of the process is that the first minerals (namely olivine) settle out of solution, thus removing their chemical composition from the the remaining melt. So, what's going on? Is it a mixture of these two phenomena? Does the crystallization of pyroxene, for example, REQUIRE the contribution of an olivine crystal? Or can pyroxene crystallize exclusively from the melt?
You just gained a subscriber. Rather... it is an honour to subscribe to your channel. Great content 👍 the kind I'm looking for. Your Bowens explanation was just amazing. Thank you sir
I’m in 2nd years Civil Engineering and there’s not many specific branch catch my attention but since I have exam tomorrow in Earth Science and my Prof is retired but still teaching us with very confuse explanations, I come here listen to a whole lot of video study on my own, I feel like maybe this Geological is my thing, Thank you for your magnificent explanation! I felt fun learning again.
This is one of the best educational videos I have ever seen.Good luck.Can you tell me,Do the volcanoes form at plate boundaries? If yes or no if there is an any reason for that?
Hi, I am looking for the chemical reaction equations associated with gold formation during retrograde metamorphism of pyroxenes to amphiboles. Do you think you can help me please! Many thanks.- Prem
Hello. I'm not really understanding the connection between the Bowen's Series and the crystallization of the magma. So, we talk about, for example, basalt, which is a mafic rock. Basalt had crystallized at the surface, but the minerals that take part in its composition are the fist ones that crystallize, supposedly. So, how can they reach the surface without crystallize before? I don't know if I explained myself very well but I'm really confused. Thank you.
@@MichaelKlaser Ok. But, for example, rhyolite. This rock takes more time to crystallize because, even though it is faster than granite, the magma needs to go step by step (olivina, pyroxene...), for example, to crystallize qartz or not?
Joana Sousa ok so now we are getting a tiny bit more advanced, but if you partially melt a mafic rock, you’ll only melt the constituents that make up the late crystallizing minerals, and so when you cool that melt down again, you’ll only begin crystallizing felsic minerals, you’ll not find olivine in a rhyolite. Make sense?
@@MichaelKlaser Yes, I understand. But, what I said is techincally correct, right? We can also conclude then, a plutonic or an extrusive rock are not related to the depth but with how fast is magma reaching the surface, am I right?
Excellent presentation Michael and I'm grateful for the explanation of the dynamics of crystal formation in the BRS. A couple of questions: am I correct in my interpretation of your discussion that magmas from various regions of the Earth have differing chemical constitutions and therefore, when extruded, produce different kinds of rocks? That is, does a bias of certain ions cause certain rock species to form? Secondly, you mentioned that the BRS diagram was one of 5 or so illustrations that are crucial to understanding basic geology; what others would you recommend studying? Thanking you in anticipation.
MrGoblin60 1) yes “where” a magma comes from is crucial to determining what type of rock will form. For example, mid-ocean ridge basalts have a different chemical composition than basalts erupted from a hotspot like Hawaii. It’s all about miscibility and solubility, pressure and temperature - these and other factors determine what ions go into the melt. 2) a few other diagrams come to mind: grain size/sorting chart, your standard geologic timescale, QAPF diagram, etc. thanks for watching!!!
so, within a vent, the lava you can see floating on top would be extrusive, because it is visible at ground level and the magma just below the level of the ground would be intrusive?
I got a job that actually paid money 🤣. Thanks for the comment, really appreciated my bro. Maybe one day I’ll make videos again, but I need free time for that …
Not sure about the granodiorite and granite @ 3:45. They are clearly well established terms and have their place in certain parts of the crust. The first is dominated by plagioclase while the second is dominated K-spar, hence pinkish. There is also a distinct age dependent concentration of each one. Granodiorite tends to be found in the oldest terrains in the so called TTG series that makes the basis of our continents. When it comes to the naming fever of petrographers the example you have chosen is the worst.
You explained Bowen's Reaction Series greatly! I guess there's not enough people who are interested in Geology
This is hands down, one of the top 10 best educational videos on youtube. You actually explain things rather than just delivering jargon as if it can be instantly absorbed and integrated. I wish all teachers were like you.
Why does this not have more views? Thank you for your Bowen's explanation!
Super thanks so much!
Yeah I wondering too
Wowww! Can't believe I understand this lesson now. After watching several lengthy videos and rereading my module, I didnt know I only just need 15 minutes to fully understand the lesson. Thank you sir for making the lessons a lot easier. 🥰🥰
super helpful, very simple and interested explanations
This is so helpful. I really appreciate how you break it down forward to backward/ up to down... I really understand this NOW!
Thank you very much. ❤❤❤
Finally a perfect video, thanks from Brazil!
Excellent job! Very well done.
best way to explain ,i like your way i can easily understand the whole concept you teach in this video
I wish you taught every subject and class. You explain everything so well that is grabs my attention. Keep doing what you do!
We have a report in Geology as a Civil Engineering student and my topic is all about Mineral Composition of Igneous rocks. Huge, huge thanks for this very simplified video abot the model and now I can understand more about this specific topic!!!
cool and easy to understand discussion
I normally don't sign in, but I just had to so I could like this video and also follow your channel! Thank you!
the intro song lmaooo so funny and your explanation is just on point! Thank you so much!
Congrats ! The way that you connects the rocks to its geology and how they were formed is really usefull.
Thank you for sharing it was fun to watch and learn.
Hi Michael, thanks so much for making these! I am pretty new to the field so these are great and I am sure with time more and more will enjoy your content. Keep going !!
I did a degree in geology and have never heard of Bowen's reaction series or seen the diagram although I covered the principles contained within it. This is a much clearer explanation than the one I was given.
Yes Its a perfect explanation about igneous rocks
kudos bro......This is a wonderful channel.....i'll recommend this channel to anyone who has great admiration for geology and who also want's to advance further in the field.
Loved your video and your presentation. Thanks for taking the time to make this video. You have a new subscriber!
OH. MY. GOD. what a lesson! For sake don't ever stop making such videos, cover each and every topic of geology. this is me watching your video for the very first time and I am blown away. You earned a loyal subscriber dude! And peeps are definitely hit by a rock as they are unable to find such a gem. you deserve more views!
I love this video sir I am gonna share this to my classmates thank you^^
I'm currently studying BS Geology and your video is a great help!
loved it! thanks!
Sir, Thanks a lot for making concepts simple and clear.
After reading the igneous chapter twice, this actually helped me more! I was so confused and now I feel like I can pass my test.
keep making videos!!!! You are so much better than my geology professor!!
That is awesome. Thanks bruh!!
Some people who illustrate Bowen's reaction series have the first minerals that crystallize at the highest possible temperatures going on the react with the rest of the melt to produce the next highest temperature crystal. But the most common way I've learned of the process is that the first minerals (namely olivine) settle out of solution, thus removing their chemical composition from the the remaining melt. So, what's going on? Is it a mixture of these two phenomena? Does the crystallization of pyroxene, for example, REQUIRE the contribution of an olivine crystal? Or can pyroxene crystallize exclusively from the melt?
You just gained a subscriber. Rather... it is an honour to subscribe to your channel. Great content 👍 the kind I'm looking for. Your Bowens explanation was just amazing. Thank you sir
Brilliant!
Wow great work!!!!!
Your lesson was so clear I just had to subscribe. Thank you for your clarity. It is a real confidence booster.
I’m in 2nd years Civil Engineering and there’s not many specific branch catch my attention but since I have exam tomorrow in Earth Science and my Prof is retired but still teaching us with very confuse explanations, I come here listen to a whole lot of video study on my own, I feel like maybe this Geological is my thing, Thank you for your magnificent explanation! I felt fun learning again.
You really need to make more videos man. Your way of explaning is just beyond words
excellent presentation. nicely explained.
Thank you so much! I’m teaching myself geology and the textbook was confusing - you clarified this perfectly.
Thank you so much Sir! You are amazing!
One of the best explanations I have seen so far, amazing content!!
Keep up the good work
great class sir
This video is awesome. I finally get it!
Thank you for explaining Bowen's Reaction Series. Helped me a lot!
Need to get these together into a playlist!
Exceptional quality of video and presentation, helps me a lot with understanding my intro to geology class in college. Thank you.
Very Good
Thank you sir.. I love the way u teach.. thank you so much for making it that easy, love from India
this was so helpful. you should make a podcast, i'd listen !!
I just loved the intro music thankyou so much for making me happy 😌🎉
Ahh I have an exam tomorrow and I'm so glad I found your channel!!
Sarah Bjerkness I’m glad you found it too! Good luck tomorrow, you’re gonna crush it!!!!!!
What an amazing video!!!!!!!! Thank you so much
This is a really good explanation! thanks for making this video, hope you make more videos soon
hey man, this video is amazing! keep up the good work, you deserve a lot more subscribers.
This was really helpful. Thanks a lotttt
Great! I understood this really well.
Awesome recap of Bowen's Series Yei Rocks :)
This is one of the best educational videos I have ever seen.Good luck.Can you tell me,Do the volcanoes form at plate boundaries? If yes or no if there is an any reason for that?
wow your're a boss! thanks for sharing your knowledge. couldn't afford to finish college and this is the kind of info icrave.
You deserve at least 100k subs
Very helpful clear explanation!
Noah Fenwick thanks for watching!
Thanks, Handsome Teacher. 😍
loved the song intro plus he cute loved this video in general
Great video cheers
Awesome video!!
Great stuff, sad to see you didnt continue the series :(
omfg thanks alot! this made me understand soo much better
yeah this channel is underexposed
Muhammad Vitra thank you for watching! Much appreciated!
What are top5 scales in geology? Or some top 10? Thanks for the answer
Thanks peep
Hi, I am looking for the chemical reaction equations associated with gold formation during retrograde metamorphism of pyroxenes to amphiboles. Do you think you can help me please! Many thanks.- Prem
Nice video, seems like a great channel, shame it wasn't around when I was doing my degree!!
Hello. I'm not really understanding the connection between the Bowen's Series and the crystallization of the magma. So, we talk about, for example, basalt, which is a mafic rock. Basalt had crystallized at the surface, but the minerals that take part in its composition are the fist ones that crystallize, supposedly. So, how can they reach the surface without crystallize before? I don't know if I explained myself very well but I'm really confused. Thank you.
Joana Sousa imagine a magma that is very hot, and reaches the surface as a liquid (then is technically lava) and then begins to cool and crystallize.
@@MichaelKlaser Ok. But, for example, rhyolite. This rock takes more time to crystallize because, even though it is faster than granite, the magma needs to go step by step (olivina, pyroxene...), for example, to crystallize qartz or not?
Joana Sousa ok so now we are getting a tiny bit more advanced, but if you partially melt a mafic rock, you’ll only melt the constituents that make up the late crystallizing minerals, and so when you cool that melt down again, you’ll only begin crystallizing felsic minerals, you’ll not find olivine in a rhyolite. Make sense?
@@MichaelKlaser Yes, I understand. But, what I said is techincally correct, right? We can also conclude then, a plutonic or an extrusive rock are not related to the depth but with how fast is magma reaching the surface, am I right?
what causes the different speeds of magma?
Excellent presentation Michael and I'm grateful for the explanation of the dynamics of crystal formation in the BRS. A couple of questions: am I correct in my interpretation of your discussion that magmas from various regions of the Earth have differing chemical constitutions and therefore, when extruded, produce different kinds of rocks? That is, does a bias of certain ions cause certain rock species to form? Secondly, you mentioned that the BRS diagram was one of 5 or so illustrations that are crucial to understanding basic geology; what others would you recommend studying? Thanking you in anticipation.
MrGoblin60 1) yes “where” a magma comes from is crucial to determining what type of rock will form. For example, mid-ocean ridge basalts have a different chemical composition than basalts erupted from a hotspot like Hawaii. It’s all about miscibility and solubility, pressure and temperature - these and other factors determine what ions go into the melt. 2) a few other diagrams come to mind: grain size/sorting chart, your standard geologic timescale, QAPF diagram, etc. thanks for watching!!!
@@MichaelKlaser Thanks Michael, most helpful!
so, within a vent, the lava you can see floating on top would be extrusive, because it is visible at ground level and the magma just below the level of the ground would be intrusive?
I really need a video on subduction zones
you're my favorite now
Got it in Scripted Granite
I think you could say
it's a Metamorphic Igneous
Pink K. Feldspar & Red Quartz
Stripes..✌️😊
What is the limitations of bowen reaction series.... Plz ans
This was very well made. Why did you stop making videos?
I got a job that actually paid money 🤣. Thanks for the comment, really appreciated my bro. Maybe one day I’ll make videos again, but I need free time for that …
@@MichaelKlaser best of luck 🙏🏾
Not sure about the granodiorite and granite @ 3:45. They are clearly well established terms and have their place in certain parts of the crust. The first is dominated by plagioclase while the second is dominated K-spar, hence pinkish. There is also a distinct age dependent concentration of each one. Granodiorite tends to be found in the oldest terrains in the so called TTG series that makes the basis of our continents. When it comes to the naming fever of petrographers the example you have chosen is the worst.
Isn’t that rock you showed diorite instead of granite?
These rocks are smart. First rock boy
He killed me when he say”its Basic” 🥲
Im joking thank u very much 🤍
THANK YOUUUUUUUUUUUUUUUUUUUUUUU
#ForTheAlgorithm
Will you take a Resurrection Ertuğrul reaction? The most watched Turkish TV series has been in the last 5 years.☺️
Watching this for
Earth science class :0
just because you can add music doesn't mean you should
I didn't know my name was VERY famous I guess I'm famous now lol