Rotational Motion: Crash Course Physics #11
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Date: 2022-04-04
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Comments and reviews: 10
Fred
Umm, Yeah. No. This is just a crash, NOT a course. EXTREMELY POOR editing. You can barely tell where one sentence ends and the next begins. There's no excuse for such editing (Josh and others. cuz we, what. need to view the course in 8: 55 instead of 12: 00 min? You're being defensive of a video that deserves criticism. Why must the viewer hit pause every 20 seconds when the editing could just BE BETTER?
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Umm, Yeah. No. This is just a crash, NOT a course. EXTREMELY POOR editing. You can barely tell where one sentence ends and the next begins. There's no excuse for such editing (Josh and others. cuz we, what. need to view the course in 8: 55 instead of 12: 00 min? You're being defensive of a video that deserves criticism. Why must the viewer hit pause every 20 seconds when the editing could just BE BETTER?
reply
Freidy
Thank you for the video, it is very useful, just wondering if you would go through the videos a little bit slower please, that gives us the time to process all the information you are giving. Thank you again.
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Thank you for the video, it is very useful, just wondering if you would go through the videos a little bit slower please, that gives us the time to process all the information you are giving. Thank you again.
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Nathan. Fk
From 5: 28 to 6: 20 - This part is REALLY confusing. It feels like you took a shortcut for translational velocity = tangential velocity. A few extra steps to get there would have been nice.
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From 5: 28 to 6: 20 - This part is REALLY confusing. It feels like you took a shortcut for translational velocity = tangential velocity. A few extra steps to get there would have been nice.
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vijay
She speaks so fast with no time to understand the concept properly, not recommended for the first-timers but the topics covered are really nice and does give an overview.
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She speaks so fast with no time to understand the concept properly, not recommended for the first-timers but the topics covered are really nice and does give an overview.
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Lightspeed
To anyone who doesn't get it,
Think about the concepts yourself,
And you'll eventually get it,
Because I also didn't get it at first
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To anyone who doesn't get it,
Think about the concepts yourself,
And you'll eventually get it,
Because I also didn't get it at first
reply
MAGDA
I was already not understanding anything the lady said in the last minute.
And there she goes 5: 56: -Here's the weird part-
-
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I was already not understanding anything the lady said in the last minute.
And there she goes 5: 56: -Here's the weird part-
-
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XY
Great video CrashCourse. Is it me, or does anyone else want to get into their car and see their wheels turn? With out crashing of course!
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Great video CrashCourse. Is it me, or does anyone else want to get into their car and see their wheels turn? With out crashing of course!
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Sonu
Hii you share great knowledge. can you please make any crash course video on any chapter from class 12? It will be
too helpful?
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Hii you share great knowledge. can you please make any crash course video on any chapter from class 12? It will be
too helpful?
reply
Mofi
At 3: 26. The angle in radians times the radius = arc length. Therefore, the tangential velocity = the length of the arc / time.
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At 3: 26. The angle in radians times the radius = arc length. Therefore, the tangential velocity = the length of the arc / time.
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Landon
Wait what? Angular acceleration times radius has unit m-2/s-2. How does that make sense? How is that still acceleration?
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Wait what? Angular acceleration times radius has unit m-2/s-2. How does that make sense? How is that still acceleration?
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