ANNOUNCEMENT: I'll be videos on Saturdays each week, instead of Wednesdays! Be sure to not miss a fun limit problem that I'll be publishing on Saturday, 4/20
This video made it a little more confusing, but I'm sure once I get more context in the field of higher mathematics this will make more sense. I'm sure this will help someone else out tho!
@@NumberNinjaDave Well I'm still pretty new to this whole calculus thing, for me it was easier to just take the rules of integration such as it's shown here that x^n integrated is just x^n+1/n+1, as they are, I feel like this video would definitely help someone wanting to understand the how and why, but I just saw it kind of as a formula and that's kind of it
That makes sense! My goal was to hopefully deliver understanding and not about just showing the quick formula because then if someone forgets a formula on an exam, they know how to derive it
@@NumberNinjaDave yep, that’s a very solid approach! Definitely remember that one time I derived a formula for the length of a wave once in physics class, felt sensational! But yeah I think this will definitely work for someone, but most of the time I’ve felt that to understand stuff like this I need good knowledge of the subject before hand
@@King-sd5vg I've been out of undergrad since 2005 and am a software engineer now. I STILL get that feeling when finally solving some coding issue. It's honestly the best
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ANNOUNCEMENT: I'll be videos on Saturdays each week, instead of Wednesdays! Be sure to not miss a fun limit problem that I'll be publishing on Saturday, 4/20
It’s n=-1! That evokes the natural log function
Very nice 👍
This video made it a little more confusing, but I'm sure once I get more context in the field of higher mathematics this will make more sense. I'm sure this will help someone else out tho!
Thanks for the feedback! What part was confusing so I can better understand
@@NumberNinjaDave Well I'm still pretty new to this whole calculus thing, for me it was easier to just take the rules of integration such as it's shown here that x^n integrated is just x^n+1/n+1, as they are, I feel like this video would definitely help someone wanting to understand the how and why, but I just saw it kind of as a formula and that's kind of it
That makes sense! My goal was to hopefully deliver understanding and not about just showing the quick formula because then if someone forgets a formula on an exam, they know how to derive it
@@NumberNinjaDave yep, that’s a very solid approach! Definitely remember that one time I derived a formula for the length of a wave once in physics class, felt sensational! But yeah I think this will definitely work for someone, but most of the time I’ve felt that to understand stuff like this I need good knowledge of the subject before hand
@@King-sd5vg I've been out of undergrad since 2005 and am a software engineer now. I STILL get that feeling when finally solving some coding issue. It's honestly the best
QUIZ: Does This Work For All Values Of n? Why or Why Not