Sir you said metal is istropic . But metal is considered to be crystalline solids and we know crystalline solids are anisotropic excrept cubic materials.
for a metal to be isotropic, it means it contains same physical properties in all its directions of the constituent particles. E.g iron metal, it means that it is hard or tough in all its direction.
For many polycrystalline materials, the crystallographic orientations of the individual grains are totally random. Under these circumstances, even though each grain may be anisotropic, a specimen composed of the grain aggregate behaves isotropically.
wow, just saw this in presentation and came here to check it out. Thank you for keeping the explanation simple and straight to the point. 👏🏾👏🏾👏🏾👏🏾👏🏾👏🏾👏🏾
Anisotropic stones in the Bible Reveletions 21:19 The foundations of the city walls were decorated with every kind of precious stone. The first foundation was jasper, the second sapphire, the third agate, the fourth emerald, 20 the fifth onyx, the sixth ruby, the seventh chrysolite, the eighth beryl, the ninth topaz, the tenth turquoise, the eleventh jacinth, and the twelfth amethyst. How could they know the difference between anisotropic and Isotropic stones thousands of years ago?
Nice! Thanks, great video! Good you do this in English, there are way to many videos that have english title, description and even start speaing english and thenchange to some strange language :o good you don't follow this trend
What I want to know is: If manufacturer of aluminum cups asks for our opinion on the purchase of raw material, what anisotropy would we suggest in average? Average anisotropy 1.2 or average anisotropy 1.4 ? Both given by the supplier.
it depends if you want the cups to be more or less aluminium. If you want more aluminium in your cups, you’d want a lower anisotropy value. If you want less aluminium in your cups, you’d want a higher anisotropy value. hope this helps
I’m guessing the heart means yes? Thanks for the reply. Now that water is established as being isotropic how is it possible for large bodies to conform to the shape of earth, oblate spheroid? If the physical properties don’t allow it to support itself to form any shape how does it bend and stick to a globe earth. I’m not a flat earther I’m just a skeptic and trying to clear some things up. If water is measurably flat in a bathtub,pool, and lake why at some point does it start to bend and become convex? If it’s not convex within in ten feet the physical properties don’t change at any distance then correct? If it’s gravity then the force of gravity must be incredibly strong to bend trillions of gallons of water. I’m just trying to wrap my head around it. Please explain the best you can thanks
Subscribe to my new Channel :)
ruclips.net/channel/UCFON1In_xIuPqWc_GGWawUQ
Thank you. I'm not even an engineer and I understood that perfectly - came here because the online dictionary wasn't clear.
You don't become engineer without studying
You are a lier. You are a struggling engineer. Otherwise you wouldn't have come here!
Same!
@@elvin569 I m a medical student and I came here I m not Liar. m I liar???
Sir you said metal is istropic . But metal is considered to be crystalline solids and we know crystalline solids are anisotropic excrept cubic materials.
They are polycrystalline solids.
There is quasotrop as well which in micro structure would be anisotropic but isotropic in macro structure
But it's pseudo it's falll
for a metal to be isotropic, it means it contains same physical properties in all its directions of the constituent particles. E.g iron metal, it means that it is hard or tough in all its direction.
For many polycrystalline materials, the crystallographic orientations of the individual grains are totally random. Under these circumstances, even though each grain may be anisotropic, a specimen composed of the grain aggregate behaves isotropically.
100th comment
this helped me in class 12 chemistry chapter 1
thank you so much
Glad it helped!
I'm in class 10....but am I the only one🤔🤔
Me too
Same case
Are u from Maharashtra
wow, just saw this in presentation and came here to check it out. Thank you for keeping the explanation simple and straight to the point. 👏🏾👏🏾👏🏾👏🏾👏🏾👏🏾👏🏾
Thanks
Thank you for helping in my first chapter
You are in plustwo
S
Sir, crystallines are anisotropic ... but you wrote wood as an example of anisotropic material. How is that possible? ...
Yes, I think it too
Anisotropic stones in the Bible
Reveletions 21:19 The foundations of the city walls were decorated with every kind of precious stone. The first foundation was jasper, the second sapphire, the third agate, the fourth emerald, 20 the fifth onyx, the sixth ruby, the seventh chrysolite, the eighth beryl, the ninth topaz, the tenth turquoise, the eleventh jacinth, and the twelfth amethyst.
How could they know the difference between anisotropic and Isotropic stones thousands of years ago?
Very well explained 👍🏻
Thank you 🙂
this was perfect.Thank you
Thanks Kidus
That’s well explained, but I heard something about a star being isotropic, or perhaps anisotropic. Does this all relate to stars too?
Nice! Thanks, great video! Good you do this in English, there are way to many videos that have english title, description and even start speaing english and thenchange to some strange language :o good you don't follow this trend
Sir, this difference is based on the area of the material or is based on the position of the molecules?
Great explanation, thank you!
Glad it was helpful!
Thanks for clear me the difference between isotropic and anisotropic
Sir, i have one question. Dose the properties(anisotropic) of material changes even if the rectanguloid or cubic wood applied load?
My doubt is same as of yours .
What I want to know is:
If manufacturer of aluminum cups asks for our opinion on the purchase of raw material, what anisotropy would we suggest in average?
Average anisotropy 1.2 or average anisotropy 1.4 ? Both given by the supplier.
it depends if you want the cups to be more or less aluminium. If you want more aluminium in your cups, you’d want a lower anisotropy value. If you want less aluminium in your cups, you’d want a higher anisotropy value. hope this helps
why the properties of polycrystalline materials are often isotropic?
Thank you
You're welcome
the way u explain is awesome
Tysm for your help❤️
Any time!
This video was perfect. I understood well.Thanks for uploading
Many thanks
You are welcome
Thank you for making this video
Thank you sir for this video
Most welcome
You are a Lifesaver
good explanation thanks!
Glad it was helpful!
Channel's name is civil engineer amd I'm a class 10 student....this confuses me🤔🤔
I have a question. negative dielectric anisotropy is 'parallel' to electric field direction?
thanks, it was a very good explanation
❤️❤️❤️❤️😎 Thanks very much
You're welcome 😊
Thank you so much sir
Most welcome
Great explanation. Thank you.
Glad you liked it
Thank you so much! It helps me a lot!
(Y)
Thanks!
Welcome!
Thanks. What is the practical significance of these concepts
Thanks 👍
No problem 👍
Thank you sir for this video. ❤️❤️❤️
Welcome
What do you mean by all directions?
Who is watching the video for chemistry?
I am wondering if you could explain the difference between anisotropic and orthotropic materials
Very helpful, thanks!
Glad it was helpful!
Helpful
Glad it helped
Thank you it really help me
You're welcome!
Super explanation simple and I am easily understand thank you for uploaded this video
Thanks #Kannan
Excellent. Thank you.
Crystalline solids are anisotropic or amorphous are?
good !! i wonder Does cylindrical iron have the same directionality?
Useful! Thank you!
Glad it was helpful!
No one has explained like this before.....
cheers
What if we took an examplr of metal rod and wood rod
Good
Thanks
Metals toh crystaline Hote toh anisotropic hue na ?
Tq sir nice explanation
very helpful thank you
Glad it was helpful!
Thank you.
Sir metals are crystalline solids..only few metals are isotropic and those metals are know as glass metals
Great info bravo
Nice
Thanks
Material🤣🤣 thanku so much😋
Welcome 😊
Is water isotropic?
I’m guessing the heart means yes? Thanks for the reply. Now that water is established as being isotropic how is it possible for large bodies to conform to the shape of earth, oblate spheroid? If the physical properties don’t allow it to support itself to form any shape how does it bend and stick to a globe earth. I’m not a flat earther I’m just a skeptic and trying to clear some things up. If water is measurably flat in a bathtub,pool, and lake why at some point does it start to bend and become convex? If it’s not convex within in ten feet the physical properties don’t change at any distance then correct? If it’s gravity then the force of gravity must be incredibly strong to bend trillions of gallons of water. I’m just trying to wrap my head around it. Please explain the best you can thanks
Plz reply civil engineering
Cmon Civil Engineering! A response is due
Crickets......
it exits in both isotropic and anisotropic condition.
watch this video is 2 x speed it will save time...watched it just for notes
I saw your face in white board reflection🙂
You have a gift for explaining. Well done! Thank you!
Glad it was helpful!
@@civilengineering94 Keep on shining!
Mercii
Really good.
Thanks
Nice explanation
Why they show different properties but
wah.
Thanks sir
(Y)
Entendí muy bien
Quién de Colombia ?
Isn't wood a orthotropic?
yes orthotropic
Yes orthotropic.
Three mutually perpendicular plane.
Properties are same both direction about the axis of symmetry of the plane.
Metals come under crystalline solids.
Bhai thoda sa hindi me bhi bata diya karo
♥️♥️👍
Where do you live?
Repeats too much
😅
Love your method of teaching..(^.^)
Video starts at 0:28
Fantastic sir
Hi I am indian
I am now a genius thanks.
Happy to help
Who's watching for Onewe's new CB?
What is between anisotropic and orthotropic
regarding symmetry of planes
❤❤❤
🤣🤣🤣🤣🤣
Speak in Hindi
Poda punda
Thank you
thanx so much
Most welcome
Thanks brother
Welcome
Nice
Good
Thanks 🙏
Welcome
Thanku so much
Most welcome
thank you
You're welcome
Thanks
Welcome
Many thanks
Thank you
Welcome!
thank you
You're welcome