CORRECTION: In problem 1, at 8:06, the written volume of 118 in^3 is incorrect. 6x6x3 = 108, and hence 108 in^3 is the correct volume. Join Wrath of Math to get exclusive videos, lecture notes, music, and more: ua-cam.com/channels/yEKvaxi8mt9FMc62MHcliw.htmljoin
Ha! Do you know how many different calculations I did, trying to get 118, haha! I finally realized, "Okay, that is supposed to be 108." I should have checked the comments first! Thank you so much for this video! Extremely helpful!
Hi, please add timestamps and video chapters into your videos. Thanks! 0:55 - Finding Dimensions of a box 8:33 - Guidelines for Maximum and Minimum Problems (Larson's Calculus) 9:44 - Finding Dimensions of a square fence 14:00 - Minimizing distance of a point from a parabola 19:47 - Summary
And I minimize the available space on my hard drives! (Bought a new 5TB drive a few months ago, already filled up with math videos, went and bought a 8TB the other day, hopefully gets me through the year)
This I can do...but when it comes to 'the calculus of variations' I'm lost! I have yet to see the original derivation of this concept by Leonard Euler explained in a way that is comprehensible to me. Math to me is just an enjoyable hobby...love your videos and thanks.
Quick question... enjoyed working that last problem before watching. I used d as the primary function rather than the d^2 transformation. Got me thinking... in order to use a transformation to make the arithmetic easy, does the transformation need to be monotonic in nature so that we can say the the min/max of the transformation will occur at the same spot as for the original function? Does the original function also have to be monotonic?
CORRECTION: In problem 1, at 8:06, the written volume of 118 in^3 is incorrect. 6x6x3 = 108, and hence 108 in^3 is the correct volume.
Join Wrath of Math to get exclusive videos, lecture notes, music, and more:
ua-cam.com/channels/yEKvaxi8mt9FMc62MHcliw.htmljoin
Ha! Do you know how many different calculations I did, trying to get 118, haha! I finally realized, "Okay, that is supposed to be 108." I should have checked the comments first! Thank you so much for this video! Extremely helpful!
Hi, please add timestamps and video chapters into your videos. Thanks!
0:55 - Finding Dimensions of a box
8:33 - Guidelines for Maximum and Minimum Problems (Larson's Calculus)
9:44 - Finding Dimensions of a square fence
14:00 - Minimizing distance of a point from a parabola
19:47 - Summary
Appreciate you man ❤
We maximize our learning with Wrath of Math! 😊
And I minimize the available space on my hard drives! (Bought a new 5TB drive a few months ago, already filled up with math videos, went and bought a 8TB the other day, hopefully gets me through the year)
This I can do...but when it comes to 'the calculus of variations' I'm lost! I have yet to see the original derivation of this concept by Leonard Euler explained in a way that is comprehensible to me. Math to me is just an enjoyable hobby...love your videos and thanks.
Hey! I do believe there was a miscalculation for the first question 6 x 6 x 3 is 108 in^3 not 118 in^3. Thanks for the video btw!
you are correct
Thanks, just pinned a comment about it!
swear this dude doesn't blink the whole video it's throwing me off but its rly helpful thank u
I'm thinking really hard about my words during these videos, no brain space left to control blinking!
@@WrathofMath those blue eye are staring into my soul, still you did great job wording
He's a reptilian, sent here to teach us math, he's one of the good ones don't worry
Video was incredibly helpful and the steps were very well explained! Thank you so much!
11:50 shouldn't the interval be 0 < x < 1200 ?
in the first question x can't be 0 because you divided by x, so the domain is 0
"... but let's just use calculus" haha love it
For the last example why didn’t you use implicit differentiation for d^2 ?
This video helped out so much!
Thank you so much for making this video. This video helped me a lot :)
Love ur explanations thank u man 🙏🙏
Quick question... enjoyed working that last problem before watching. I used d as the primary function rather than the d^2 transformation. Got me thinking... in order to use a transformation to make the arithmetic easy, does the transformation need to be monotonic in nature so that we can say the the min/max of the transformation will occur at the same spot as for the original function? Does the original function also have to be monotonic?
thank you!!😊
Thanks for watching!
I'm confused, shouldn't the surface area formula be 2x^2 + 4xh = 108 in^2?
Its an open box so its only x2 because only calculating area for base, no ceiling
How does the x equal the 1/2 y^2. Thats so confusing to me 15:51
How wait never mind I get what you meant
3:48am math
good luck!
that's when you were doing it lol
oh right, I'm a busy fella; gotta do the math when I get the chance!
and i wanna maximize the math for my class schedule
6×6×3= 108,not 118.slip of the pen.
Oh yeah yeah Dave
Goat
Appreciate it!