@10:20 Yes, it does have a Z component. It just doesn't cross the Z-axis. @13:48 is partially incorrect. (001) and (00-1) are not crystallographically equivalent and therefore not in the family for a tetragonal.
Do you have videos about Chapter 2 Atoms of Callister 9th edition? Primairy, secondary bonds, how to know if an material is an enert, alkiline etc? electronegativity?
determine the miller indices of the cubic crystal plane that intersects the position coordinates(1 1 3/4) (0 1 1/2) (1 1/2 0). can you please tell me the final answer
Hi. All of these materials science online lectures are for a course I teach, Intro to Materials Science. Many of the slides are from the textbook we use for that course, "Materials Science and Engineering, An Introduction" by Callister and Rethwisch. Good book, by the way. I cite them on the slides. In various lectures in the course, I throw in other supplementary materials I find helpful, and I do my best to cite everyone on the slide. These online lectures were developed as part of a "flipped" classroom. I find the UA-cam platform is easy for my students to access on their mobile devices, etc. I didn't foresee these videos reaching such a large audience. I've gotten a kick out of that.
Still a legend in 2022.
Because of you I have passed material science with B+ .. thank you so much
i'm from Malaysia... Thanks for this video
@10:20 Yes, it does have a Z component. It just doesn't cross the Z-axis.
@13:48 is partially incorrect. (001) and (00-1) are not crystallographically equivalent and therefore not in the family for a tetragonal.
ig what she means is z component is actually the same so she gave the familly of 110 as example were the x y component can vary and not z one
Wonderful video, thank you for posting.
Very nice explanation ... highly recomended
Great Video!
Still a legend in 2024
thank you. lesson is very clear
Do you have videos about Chapter 2 Atoms of Callister 9th edition? Primairy, secondary bonds, how to know if an material is an enert, alkiline etc? electronegativity?
Yes. On my materials science playlist.
@@tonyacoffey5568 Which video? I'm a bit confused. Thanks.
Really good Thanks:)
Thanks for this explanation.
determine the miller indices of the cubic crystal plane that intersects the position coordinates(1 1 3/4) (0 1 1/2) (1 1/2 0). can you please tell me the final answer
Sorry. That's your homework!
Curious on where these slides originated?
Hi. All of these materials science online lectures are for a course I teach, Intro to Materials Science. Many of the slides are from the textbook we use for that course, "Materials Science and Engineering, An Introduction" by Callister and Rethwisch. Good book, by the way. I cite them on the slides. In various lectures in the course, I throw in other supplementary materials I find helpful, and I do my best to cite everyone on the slide. These online lectures were developed as part of a "flipped" classroom. I find the UA-cam platform is easy for my students to access on their mobile devices, etc. I didn't foresee these videos reaching such a large audience. I've gotten a kick out of that.
whats the name of the book used for this video?
Callister and Rethwisch's Materials Sci and Engineering, and introduction
can we get those slides plz
Thx
my question is why we study crystallographic directions and planes ....what's its usage in practical life