Video

Thank you, this was very helpful!

this just saved my you know what. I was pulling my hair out trying to figure out how to take a problem much like that one and solve for the inverse. I'm no sure how I will do it if its anything but 0 but thankfully it was for a very similar equation using 0.

Very simple explanation, thank you for your help!

This is definitely the best explanation on how to know the limits of the integrals in dydx and dxdy and make the inversion change. After years I finally understood with the "Little Man" explanation. lmao 😂

For TI-84, enter the tables in L1 and L2 first. Then go to L3, click your curser on the very top, and enter L1-L2. You should see numbers automatically filling up the L3 table for you. Go to T-test, choose data, enter the null value, List should be L3, Freq is 1, choose the correct symbol for the alternative, and calculate.

For TI-84, enter the tables in L1 and L2 first. Then go to L3, click your curser on the very top, and enter L1-L2. You should see numbers automatically filling up the L3 table for you. Go to T-test, choose data, enter the null value, List should be L3, Freq is 1, choose the correct symbol for the alternative, and calculate.

Appreciate it g

ty!!

is it absolute value sqrt2 * x ?

what if I do not know where the curve intersects itself ?

Very helpful, I was very worried!

hi

D=2.57...broo

There is a much more efficient way to do this without integrals. Simple parametric equation logic can get the same answer, with much less time and work. Nonetheless explained well!

Sir need an another explanation video please

Amazing! :)

bro its 1.6036

yes answer is pi/4

lawwy gween

my king

I believe this is incorrect. This shows the velocity the shadow grows "from the man" and not "from the base of the light".

Showing that there’s an app that does it for you really doesn’t help when you have to show your work.

Concise and helpful. Thanks!

YOU ARE A GODSEND

Thanks

what do I do if I have a preliminary estimate?

Just wanna say thank you wo much finally got this concept!!!

Using the same equation, can you find the mean (n)p or standard deviation square root of npq by using the ti-84 calculator?

Straight forward, no need for bs. Thank you.

Horse shit, a length is not equal to a surface area. Why do you omit the units of the integrals? Common sense over rules your chicken scratches and muddled thinking. Get a brain. Did you get your college degree from a cereal box or comic book or is the university that you are attending have professors walking around the campus with their private parts showing?

Thanks git

thank u

You saved me so much time, he didn't even tell us this was on the calculator. He was making us do it by formulas.

I get 0, but with polar coordinates, can someone explain how to solve this with squeeze theorem?

Nice method and 3d ellipsoid is looking beautiful 😊

thank you

Mine looks nothing like this. I press invNorm and then it asks me a whole bunch of questions and lists a whole bunch of extra numbers and it doesn't let me just put it in like in EVERY TUTORIAL BECAUSE APPARENTLY IM THE ONLY DUMBASS WITH THIS CALCULATOR.

I appreciate the effort you took to do accurate subtitles. While the slides are helpful, knowing what you're saying is twice that. Thank you!

How to assess the error when the function f(x) is an interpolating polynomial (with known y values but without a specific function)?

I have a quiz on this and you explained this topic is a short video so clearly and well, thank you so much

thank you, nice clear analogy

Average university professor be like:

nc content

Larry Green you absolute lifesaver, naming my firstborn after you

Thank you

dxdy in both but isnt one of them supposed to be dydx

Great video, thanks!

I like your voice

u saved me, thanks a lot

Honestly a life saver, thank you so much