13 - Miller Indices Example 3 | Crystallography for Everyone

[@alxbyd]

Crystallography for Everyone is a fantastic and clear series. Thank you so much!

[@lights779]

this video was helpful, thank you. It'd be nice if you did some examples where you have to change the position of the origin

[@sangaytenzinPhysics101]

Thank you :-) for the amazing series

[@ghorbanighadi8579]

hi, please start to upload videos again. your explanation is really clear and easy to understand.

[@StarcraftGGxx]

better than my professor that i paid $3600 a class for

[@SumanDuttaRoyMARVEL]

StarcraftGGxx i know, right?

[@j.g.s.njayarathna1154]

JuJube 😂😂😂😂

[@Anooshyful]

Really clear and very useful .. thank you

[@silvacennia]

really helpful

[@eka.nelisekanelis2652]

Silva Avicennia are you my classmeet ?

[@soonchitachakraborty8583]

Really helpful

[@sivonparansun]

really helpful!

[@jasonquinlivian9307]

How come on the last plane the reciprocal of the z axis equals 2? why did he multiply 1/2 by four?

[@jasonquinlivian9307]

That Nanoscience Guy

[@killuacat7021]

Jason Quinlivian repicrocal,1(/1/2)=2

[@lights779]

look up the definition of 'reciprocal'

[@abdelrahmangamalmahdy]

why do we take the reciprocal basically while we can define any plane using intercepts only ?! does anyone know ?

[@helferleinruprecht5564]

What happens if either x, y, or z of the plane is 0? Wouldn't that result in a miller index of infinity? Lets say x=infinity, y=0 and z = 1 (that would be the left handed plane in the drawing if I am not mistaken) results in Miller indices (0, infinity, 1).

[@maggiegoulden9251]

Bit late replying here, but for anyone who sees this in future and has the same question, check the video previous to this one for an explanation on that. You essentially shift the coordinate system so you don't have to deal with zero.

[@abdelrahmangamalmahdy]

why do we take the reciprocal basically while we can define any plane using intercepts only ?! does anyone know ? is this just not to get infinity in the miller index ?

[@senjutipodder5524]

thanks a lot

[@NJ-zs8hn]

thank you :)

[@senjutipodder5524]

best!!!!!!!!!!!!!!!!!!!!!!!!!

[@ahmedfouad5426]

Thnx

[@ashutoshpurohit8603]

what if (-2,1,0)?? please explain.. tomorrow my exam

[@Vanessa_2186]

How can you calculate miller indices from the formula? I keep getting a decimal number!! how can I transform that into (110) or (111) etc...

[@ThatNanoscienceGuy]

Hi Vanessa, if you're ending up with a decimal then you must not be properly clearing the fractions out of your reciprocals. If you look carefully, there should be one number you can multiply all the reciprocals by which will return only integer values. Hope this helps.

[@FearDBro]

+Vanessa Coudert-Mendez dont use decimals. use fractions