Much appreciated Michael! You continue to amaze with your wonderful videos. Keep up the amazing work:) By the way, do you use the Stewart Calculus textbook? Thanks
SIr thank you for your contribution to the world and hope soon I will donate some money to your good cause. owever, I see there are suppose to be 25 videos and there is only 3 lectures and I cant find them either on your youtube channel or your blog or website. I want to know where to find all the courses. Do I need to pay for them or just donate or what?
I watch many tutorial of yours and they were great. Unfortunately, your explanation here has conceptually mistaken generalization. Will it be still a volume if I have f(x,y,z) is xy+yz? Correct me if I am wrong and thank you!
Unfortunately, there are only two of us and these videos take a lot of time (so far more than 12,000 hours in four years.) and we both work other jobs.
Plug in different values for y and calculate the corresponding values for z (looks a lot like the equation y = mx + b) Also note that x can be any value and thus forming a plane with a slope in the y-z plane as indicated by the equation
That is the equation of a line. y = mx + b where m = 1/2 which is the slope of the line and b = 2 which is the y intercept (the point where the line crosses the y-axis)
your explanations are seriously excellent
I always thought he says, "Welcome to electronline" HAHAHA, anyways the tutorials are lifesavers :D
ilectureonline*
@@zakusa9891that was the joke I recon!
You're method of explanation is simply outstanding. Well done ✅
I cant believe I understood triple integrals??? Thank you so much!
Best and most concise explanation of the triple integral.
Ooh finally after this lecture I can also perform a volume integral!
thank you so much sir..finally i understand how to find the limits...
Wow great I remember asking You Sir some 4 weeks ago about it and now I have a video on this topic ; insane :)
Much appreciated Michael! You continue to amaze with your wonderful videos. Keep up the amazing work:) By the way, do you use the Stewart Calculus textbook?
Thanks
Thanks for the comment. I have some old favorites that I used many years ago, but Stewart has very good organization, and my kids use that book.
Hey Liban, it doesn't matter which book he uses. The only thing that matter is getting the concept.
Thank you! Now I finally get it.
Such a clean and perfect explanation. Thank you!
Glad it was helpful!
Now it's walk over,,,,,,, thank you sir!
so helpful i'm grateful!
Thank you. Chrystal clear as ever!
you're basically the bill nye of my bachelor's degree
Michel Van Biezen is WAY better than Bill Nye
Thank you professor
You are very welcome 🙂
I can't wait till you get to parametrization and flux
You are a life saver ❤
Glad you found our videos. 🙂
So helpful, thank you :)
SIr thank you for your contribution to the world and hope soon I will donate some money to your good cause. owever, I see there are suppose to be 25 videos and there is only 3 lectures and I cant find them either on your youtube channel or your blog or website. I want to know where to find all the courses. Do I need to pay for them or just donate or what?
That is a new set that we are working on. The videos will be published as we complete them over the next several weeks.
Well explained 👏 👌 👍
Thank you 🙂 Glad you liked it.
I watch many tutorial of yours and they were great. Unfortunately, your explanation here has conceptually mistaken generalization. Will it be still a volume if I have f(x,y,z) is xy+yz? Correct me if I am wrong and thank you!
Sir, why did you switch dz with dx? and shouldn't the z limit start from 2?
You can integrate in any order. Typically the order picked results in the easiest integrations.
EXCELLENT! 😊
Thank you! 😃
Nice lecture 👌🏿sir
Thank you.
I use these to fall asleep lol sounds good tho keep it up
The joke among physics students: "If you have trouble falling asleep, try to read your physics book, you will be asleep in no time".
Thank you
was hoping you would cover Vector Calculus before my exams😓
Unfortunately, there are only two of us and these videos take a lot of time (so far more than 12,000 hours in four years.) and we both work other jobs.
well understood sir, nevertheless you've helped a lot so i thank you for that.
84 (units^3)
First time understanding mathematics.
Glad you found our videos.
Thank you for sharing
You bet!
z does not start at 0, it starts at 2.
the correct volume is 36 cubed.
sir, the z=1/2 y +2 is the upper plane or is the line on the Y-Z plane?
i have some visualization problem.
Plug in different values for y and calculate the corresponding values for z (looks a lot like the equation y = mx + b) Also note that x can be any value and thus forming a plane with a slope in the y-z plane as indicated by the equation
@@MichelvanBiezen Understood! x can be any value, so the z=1/2 y +2 is the entire upper plane.
thank you Sir!
yeah i found you !!!!!
if any one can explain why he wrote 1/2 Y+2 please
That is the equation of a line. y = mx + b where m = 1/2 which is the slope of the line and b = 2 which is the y intercept (the point where the line crosses the y-axis)
Ight so where do I pay this man my tution
The answer when i changed the limits from -2 to 2 was different
❤❤❤🎉🎉
Thank you.
He sounds like Borat when he introduces this
can confirm i'm a 2D being :(
how the hell did I end up here
Because you're a prick
Nice voice crack 5:25
When i here welcome to electroline without seeing i can say It must bé Michael........
:)
I studied batxillerat in Spain and always see your vídeo.don't die..god bless you live for long time among us