This was really helpful! I've been looking at textbook images for ages and just couldn't get my head around it. The colour coding helps a great deal, thanks so much :)
I love the humor and energy you put into your videos mike! From a film editing background, I like the editing and varied camera shots you use. Hats off to your camera guy/editor! Definitely learned a lot I didn't know and the models as goofy as they were they did help!
I love this! Thanks for the information.I think that I'm the only woman in Sweden with a collection of crystals,stones and fosiles,this channel is good for me,I'm happy I found it. Love from Sweden!
i'm so glad i found your channel!! the way you explain in your videos made me love geology instead of trying to understand it for a mandatory class :) thanks again!
A lot of geology channels really miss the entertaining, goofy aspects that many other science channels do so well. You are the exception to this rule. Thanks for being goofy
Doing my own personal research on crystal systems. I have been struggling so much with it but you've just made this all so simple to understand. Thank you so much for making this video, really appreciate it!
Your'e such a weirdo. I love it! Thanks for the lesson, mineralogy is definitely not the most easiest things to learn from a textbook. Will be watching more
Hello! I have a question: on 8:39 you say that "monoclinic structure is similar to tetragonal". But wouldn't it be more similar to orthorhombic? In both monoclinic and orthorhombic structures all edges a, b, c are of a different length, while in tetragonal structure a=b≠c. So monoclinic structure is an inclined orthorhombic structure, right? I even think the structure you show on 8:39 is orthorhombic, judging by the color of the edges. Thank you so much for the video, I learned a lot and my mood is better now thanks to you 😄
Thanks, man! I googled, "Crystal systems for dummies" because I've been having such a hard time relating the rocks I've been collecting to their known crystal system shape to help me identify my specimens. The visuals (your pipe cleaner styrofoam ball models) REALLY helped especially having the names to associate each of them and was totally worth your time and effort. Every time I've attempted to learn these everyone makes it so complicated right from the beginning i was seriously beginning to wonder if i was even capable of trying to learn this stuff because everyone's explanations were so complicated right off the bat. I appreciated your approach - as if we were basically clueless - for me, more like wandering aimlessly amidst pyramidal confusion - without making me feel like, "What? You mean you don't automatically know this?" LoL Thank You!
Just want to say I'm training as an asbestos analyst and the manuals they gave me to peruse are from *1987*-needless to say, they're a Bit difficult to understand. This presented exactly what I needed to know so concisely so THANK YOU
Just curious you said 12:11 that's why it makes a pyramid; but what causes it to form a terminating end? why wouldn't it just keep building up in a hexagonal prism?
Man, I tried to play your video in school and I have to say I could see the look on their face. My teacher literally asked me, " You're not messing with me right?".
@@RockTalk👋 hey matey, have you done avy clips on crystal symmetry and crystal axes? Thank you for you vids as doing my first year in Gemology I'm finding crystallography a struggle to wrap my head around. And the energy and laughter you bring to you clips is pure gold. Keep up the awesome content bro and a huge thanks all the way from Australia
Hi Michael! You say in the video that Monoclinic is very similar to tetragonal. But is it not, that, Monoclinic is similar to Orthorhombic crystal, the difference been that Monoclinic is inclined on one side. Looking forward for your reply.
Hi! You really helped me with this, thank you! But, I get a little confused when you show us the monoclinic one... you say "it's very simular to the tetragonal" but it looks like you are showing the ortorombic one or am i totally blind haahha
I am a Mechanical Engineering student. I have this topic in my book. That’s why i am here.
This was really helpful! I've been looking at textbook images for ages and just couldn't get my head around it. The colour coding helps a great deal, thanks so much :)
I love the humor and energy you put into your videos mike! From a film editing background, I like the editing and varied camera shots you use. Hats off to your camera guy/editor! Definitely learned a lot I didn't know and the models as goofy as they were they did help!
Thanks! Yeah Kevin is great!
I love this! Thanks for the information.I think that I'm the only woman in Sweden with a collection of crystals,stones and fosiles,this channel is good for me,I'm happy I found it. Love from Sweden!
Just starting my major in Geology, freshman year and you have helped me a lot! The energy is great! reminds me a bit of myself
Geology? im learning this is chemistry.
Mineralogy! Geology is a lot of chemistry:)
8 minutes in and this guy single handedly cheered my day up from dread and taught me what my proff couldn't in 2 hours. Ur the best
This helped me so much for my high school
Examination. Love from india.
i was struggling with crystal systems for so long... this video was so entertaining and informative . i really enjoyed learning in this way
i'm so glad i found your channel!! the way you explain in your videos made me love geology instead of trying to understand it for a mandatory class :) thanks again!
My pleasure! Thanks for your kind comment!
A lot of geology channels really miss the entertaining, goofy aspects that many other science channels do so well.
You are the exception to this rule. Thanks for being goofy
Doing my own personal research on crystal systems. I have been struggling so much with it but you've just made this all so simple to understand. Thank you so much for making this video, really appreciate it!
8:25 Monoclinic, thode tirpe. Parallel 90° rectangle & parallel non 90° rectangle couple.
Creating models of the structures was very helpful. Thanks!
i really had a hard time in understanding crystal systems. thank you for this video, it's informative!
This was very helpful in understanding the differences between crystal systems! thank you very much.
Thank you! I was having a bunch of problems trying to understand this, it was so helpful, anyway, thanks again from Argentina!
Excellent. this was helpful. I finally understand the shapes of crystals. Thank you so much.
This is soo fun ! Love your narration
Loved the goofy vibes so much! In love with the topic because of you sir!
I'm so lucky to get your video on my recommendation😊
english isnt my mother tongue, but you made me understand about the crystal systems, thank you so much !!
Your'e such a weirdo. I love it! Thanks for the lesson, mineralogy is definitely not the most easiest things to learn from a textbook. Will be watching more
And that's a good thing. right?
i guess it's kinda randomly asking but do anyone know a good place to watch new movies online?
@@benkashton7384 bot?
I'm cursing it for second time :(
"Ruined, ruined, everything is RUINED" 😂😂😂😂😂 I LOVE THAT YOU DIDN’T EDIT THAT OUT 🙏
Too amazing sir
Love from India ❤️
Very amazing ..❤❤
Love Form Egypt..
Thank you! This is so incredibly helpful! You can only get some much from 2D drawings in a textbook.
Hello! I have a question: on 8:39 you say that "monoclinic structure is similar to tetragonal". But wouldn't it be more similar to orthorhombic? In both monoclinic and orthorhombic structures all edges a, b, c are of a different length, while in tetragonal structure a=b≠c. So monoclinic structure is an inclined orthorhombic structure, right?
I even think the structure you show on 8:39 is orthorhombic, judging by the color of the edges.
Thank you so much for the video, I learned a lot and my mood is better now thanks to you 😄
Thank u! I feel much good and your teaching of style is practical. I say to myself again thank you from THE ROYAL SOCIETY.
Falling asleep with my vesuvianite, thankful I found a being that can help me understand it’s tetragonal stucture💚
Thanks, man! I googled, "Crystal systems for dummies" because I've been having such a hard time relating the rocks I've been collecting to their known crystal system shape to help me identify my specimens. The visuals (your pipe cleaner styrofoam ball models) REALLY helped especially having the names to associate each of them and was totally worth your time and effort. Every time I've attempted to learn these everyone makes it so complicated right from the beginning i was seriously beginning to wonder if i was even capable of trying to learn this stuff because everyone's explanations were so complicated right off the bat. I appreciated your approach - as if we were basically clueless - for me, more like wandering aimlessly amidst pyramidal confusion - without making me feel like, "What? You mean you don't automatically know this?" LoL Thank You!
Just want to say I'm training as an asbestos analyst and the manuals they gave me to peruse are from *1987*-needless to say, they're a Bit difficult to understand. This presented exactly what I needed to know so concisely so THANK YOU
Thank you for this! Very informative and fun to watch ♥️
6:47 Rhombohedral, tilted slightly like one is acute and another is obtuse angel
This helps me so much to visualize the systems. Thank You!!
Wonderful video! Thanks a lot!
It was fun to watch...Surely gonna help me in my NEET . Thanks buddy
Wow this was really helpful thankyou so much you're doing great work!😊❤👏
thanks, rock talk!!!!! we love crystallography!!!!!!
1:49 - isometric, cubic, simplest pattern
Just curious you said 12:11 that's why it makes a pyramid; but what causes it to form a terminating end? why wouldn't it just keep building up in a hexagonal prism?
This was crazy and funny to understand..loved it coz it helped me to understand ...thanks man
Love ur performing way awesome Pal
Do the bonds come in other colours?
Thank you! Helped very much for my Materials Science class
It's verrrrrrrrrrrrry helpful....
You are amazing 😅👍
Great episode 👍🏻 thanks .
Absolutely Amazing 👌👌👍👍
THANKKK YOUHHHH!
Thank you very much, i like to learn more about this.
Man, I tried to play your video in school and I have to say I could see the look on their face. My teacher literally asked me, " You're not messing with me right?".
3:42 Tetragonal crystal system
Pure gold man 😂😂👌👌🤙🤙
Thanks for saving my life 🤝
Thanks master
Really nice teaching 👍
Very helpful 👍
Thank you
That's for the info Buddy.
hi, thank you for the video, much better with the concepts now! can u talk about the 7 crystal systems symmetry? those planes axes folds are confusing
They are! I'll have to cover that...
@@RockTalk hi there, really struggling with the symmetry of the 7 systems, please make a video on themmmmm
8:44 what u say as tetragonal you used as analogy to monoclinic is actually orthorhombic but….
Very helpful
The energy is awesome 👌thankyou
4:56 Orthorhobic 90°
11:33 Hexagonal
Hello sir! May I ask? May I know what materials are used in your 3d model of crystals? is that styro foam?
7 Crystal Systems is an amazing band name.
One of my favorites out of my collection is the hexagonal sapphire Crystal.
Have u covered any of Aussie opals?
I have not, but I LOVE opals, so I'll definitely add this to my list!
@@RockTalk👋 hey matey, have you done avy clips on crystal symmetry and crystal axes? Thank you for you vids as doing my first year in Gemology I'm finding crystallography a struggle to wrap my head around. And the energy and laughter you bring to you clips is pure gold. Keep up the awesome content bro and a huge thanks all the way from Australia
thanks so much man
Thank you for make my study interesting ☺ 😊 🙂
thank you❤️
Hi Michael! You say in the video that Monoclinic is very similar to tetragonal. But is it not, that, Monoclinic is similar to Orthorhombic crystal, the difference been that Monoclinic is inclined on one side. Looking forward for your reply.
You are so freaking free 🤣 spirited!
Thank you sir
Does he mean the monoclinic is similar to the orthorhombic? Not the tetragonal. As all of the side lengths are different?
How can i do trigonal crystal structure
Thank you so much!
God bless you sir
How to do this
Hi! You really helped me with this, thank you! But, I get a little confused when you show us the monoclinic one... you say "it's very simular to the tetragonal" but it looks like you are showing the ortorombic one or am i totally blind haahha
Thanks
Why there is only 7 crystal system
This is RADDDD!!!!!!
Pedro Pascal presents crystalline systems.
You are so crazy but it's funny and practical
oh sir , love your funny way..
stay blessed :)
#kami_khan_of_NUTECH
Pal can u do physics
But in trigonal all angle same but not equal to 90 degree😕
No sound
Its actually 16 crystal systems
Watch it in 2x .. much funnier
There's way worse out there. He at least cares and you can learn from this.
Why are you such a beautiful man
Sound likes iron man😅
Drugs are bad kids Mkay.
You only really explained the first one. Not the others