Vladimir_Kitanov
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7:03 what is second component of a(theta)? this -> 2 * r' * (theta)'
I understand everything except that.
The discussion revolves around motion in cylindrical coordinates, specifically focusing on the components of acceleration, particularly the second component of \( a_{\theta} \). Participants are attempting to clarify their understanding of the relevant equations and expressions presented in a video resource.
Participants are actively engaging with the material, referencing external resources for clarification. There is acknowledgment of mistakes in previous calculations, and some participants are learning new tools like LaTeX to enhance their contributions. However, there is no explicit consensus on the original question regarding \( a_{\theta} \).
Some participants mention the need for new problems to be posted in separate threads, indicating a structure for future discussions. There is also a note about the importance of ensuring calculators are set to the correct mode when working with angles.
There is no explanation at 1:27, but link is good.TSny said:
I get correct answer now.TSny said:In the future, a new problem should be posted in a new thread.
I believe the only mistake you made in your solution for the new problem is that your calculator was in degree mode while your angles are expressed in radians.
That would be my fault. I didn't click into the link for his 2nd thread start, thinking it was the same as the original one (which I had locked in a different forum).TSny said:In the future, a new problem should be posted in a new thread.
Thank you for doing that. It makes it so much easier to read and reply to your calculations when they are in LaTeX. Looking forward to seeing your next thread!Vladimir_Kitanov said:I am learning LaTeX !
No problem. Thank you.berkeman said:That would be my fault. I didn't click into the link for his 2nd thread start, thinking it was the same as the original one (which I had locked in a different forum).