Відео

I tried to copy the link to your notebooks but was unsuccessful. Please respond with the link.

DAMN! This is a phenomenal resource. It's a bit heavy for one sitting, so I'm swallowing it at about an hour a day to pace my old brain a bit. Thanks so much for this.

I AM HYPERFIAXTED ON QUANTUM PJHYSCSIM GONNA BINGE WATCH TEHS HIT OUT OF THIS

Omg, your channel made math very interesting and informative

Bro This is the best course I have ever seen, thank you so much

Very nice lesson. 100%

I am trying to find the 1st video on semester 1 in UA-cam but I am having hard time finding it. Please let me know if it's still up loaded to youtube.

Enjoying this course.

great lecture , appreciate

Too fast, no help

I will tell you later.

Any recommended pre-requisites?

I was either lazy, too dumb, had bad teachers + enviroment or a combination of those to not understand such simple concepts when i was in school ... Who would of though you would need these to understand far more complex things later on in Uni like Fourier Series, Machine Learning and so much more ( everyone would of though ) . Better late then never is a motto i like to beleive in, thank you for this quick lecture

Note: sometimes cot (x) is not equal to 1/tan (x) because of domain. Cot (pi/2) is not 1/(pi/2) because of domain of tan(pi/2). Then one must use cos (pi/2)/sin (pi/2) to calculate tan (pi/2).

Why does the cotangent function look like tangent function at 1:04:29?

At 53:02 the midline is y=2, not y=1.

Why’s the first problem integration while parts with substitutions as well? Why not start off one or the other so it’s way easier to grasp?

Thanks❤

23:58 isn't n supposed to be 4!?

Love from india

math is better than the humans💀

I am in the level of the 2nd one(understand) But from now on I wish to get the final level creating my own maths trick with the help of this video.

thank you

is this course for first year collage

What should I do if there's a big range of different timestep in the dataset? 30% 2s, 40% 4s, 5% 6s, ...? I'm not sure if it's safe to just do resample using pandas or do simple imlementation.

You just helped me understand radians… you’re amazing

I didn't precal in high school and now I'm in college taking calculus. When my professor starts talking about precal stuff, I'm just there sitting looking dumb and confused 👁👄👁. So i am very glad you made this video, its really helping me.

This is Very helpful

Very easy to standard, thank you so much for the video

Absolutely terrible. Learn how to communicate, sheesh.

Are the pdf slides available for download ?

I don’t know why, but trigonometry always fascinated me

You may wanna double check what happened to your video at 31:04 cause it bugged out. :( ima go watch some other trig videos.

A nanometer is 10 to the minus 9, not 10

Can i get the slides or book pdf

Plz send link for part 1 of this machine learning course @CS Lesson

Why are there cuts in between, I'm curious, Does dust particle obeys quantum rules with significance? 24:00

Very good course, the order is completely different from how I am being taught at university. Started with area between two curves and solids of revolution, into IBP, trig sub, fractional decomp. We are 3 weeks in and that's all we have done to so far. Great to be able to recap with your material. Thanks.

Bookmark: 23:18

2:05 can we get this table please?

Hello, Im im 10th grade and Im extremely intrested and looking forward to learn at least the basics of quantum physics. But There is a lot of things I dont understand. What should I learn before actually starting with quantum physics

Where's the series and convergence tests?

Structure was well put but the way of explaining was horrible

Writing is absolutely imbiguous. Audio acceptable.

Very nice video and tons of information. My teacher assigned us this video to watch and discuss it in the IT Security program an my college.

What an interesting course layout. My second semester QM looks nothing like this. I’m a little jealous haha

Professor CS Lesson, thank you for an outstanding video/lecture on Calculus Two Full Course for Beginners, however this UA-cam video is full of errors. At the 53:44 minute mark, you are missing absolute value signs after you integrate secant x dx. At the 1:35:20 minute mark, when you integrate 2 divided by 2x-1 dx you get ln(2x-1)+ C instead of ln of the absolute value of 2x-1 + C. A the 1:43:10 minute mark when you integrate dx divided by x Plus 2 ,you get the ln (x +2) + C instead of ln of the absolute value of x +2 plus C. At the 2:52:10 minute mark, when you integrate dx divided by x you get ln of x plus C, instead of the ln of the absolute value of x plus C. Professor Lesson absolute value signs are missing when you integrate the rational function dx divided by x. Finally, equal signs are missing in some of your examples in the video. This occur after you integrate different functions in the video. Please go over this entire video and correct the errors.

Thanks, very interesting!

Me and the bois watching this right before the final

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