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You are welcome Don’t forget to share and subscribe🥰

Also there’s a video on hexagonal planes

😅

I’m sorry about that. You just watch at higher resolution. Or rotate to watch landscape 😪 Thank you

You’re welcome. Don’t forget to subscribe and Share.

My pleasure

You’re welcome on board 🇲🇦 Hope to ever visit, Don’t forget to like, subscribe and share. Thanks 🎊

Thanks for watching and acknowledging 🫂 Here’s a new one - Miller Indices for Crystal Structure - Crystallographic Planes ruclips.net/video/NhJUy4jaSE8/видео.html

Best of luck with your preparations towards the exams

@@MideCaliEngineer Thank you so much 😊

Don’t forget to subscribe and share with the colleagues too🫂 Also there are videos on planes too, not only directions.

Always welcome

So nice of you

You’re welcome 😊

You're welcome 😊

@@tayjohnson921 08132985715 WhatsApp

Perfect!

🙇

Glad you think so!

Professional Sir🙇

🫂

I’m glad it helped 😅

Miller Indices 06 - how to draw crystallographic planes ruclips.net/video/NhJUy4jaSE8/видео.html

You should watch this playlist ruclips.net/p/PLtQY5eTg_H0bZfjfPu89u6r28GHdOYoHE&si=8aXBbZlzGnHU0CSs The videos explains itself, let me know if there’s any other complication

You’re welcome Don’t forget to like, share and subscribe

Miller Indices 06 - how to draw crystallographic planes ruclips.net/video/NhJUy4jaSE8/видео.html

Pay attention from 1:15 I attended to each faces, each square that built the cube… square has straight lines 90degrees and a diagonal line on each square.. That’s how I derive right angle triangle and not equilateral triangle

Let me know, if you don’t understand still

Recall we don’t know the length of each diagonal line that built the equilateral triangle..

Since we know the length of each sides or edges to be (a).

@@MideCaliEngineerthe triangle would have a right angle if you are looking at it from an angle normal to the plane of the fcc cube (normal to your screen). But using the same analogy, a [110] plane would have the same area as a [100] when examine from the same direction while [110] is 45deg off of the [110] plane. One should calculate the area of the plane from an angle that is normal to the plane instead of from the face of the cube, if I understand this correctly.

Thank you Don’t forget to like, subscribe and share.

Thank you☺️ Don’t forget to share and subscribe too

👀

They release the next calendar year version earlier

If I get you right you’re referring to 3:23 timeline, yeah???? So the atom along the line( slice) are half (one on each opposite sides of the line)…. Since we have 3 of such atoms. (1/2) * (3) =1.5 and in addition we have (1/6) * (3)=0.5 Total of 2 atoms when summed up.

Number of Atoms in Simple Cubic, BCC and FCC ruclips.net/video/9Iu9qenbhNA/видео.html

@@MideCaliEngineer if that is the case for 110 planer density how come you had 1/2* 2 since the plane cut across the 4 cells at the edges. With how you got the 1/4 • 4 part I understand

Adding timeline would help me understand where you’re referring to

@@MideCaliEngineer 10:29

على الرحب والسعة

Miller Indices 06 - how to draw crystallographic planes ruclips.net/video/NhJUy4jaSE8/видео.html

I’m sorry about the experience It’s a 4k resolution video. I hope you watched at the highest resolution possible…

@@MideCaliEngineer oh yes, thank you. that is really better!

Glad it was, don’t forget to like, subscribe and share. Thanks

Boss

Thanks for your insight

Visit the official website and choose version to download

Yeah but I want a specific version, the one you were using on that video or an older one

Good Luck!!! 😂