I can not express how easier it was to understand the error estimates with this video. My Cal 2 professor explained it much harder than what this explanation made it out to be. Thank you so much, definitely going to subscribe and recommend you to my friends.
That will depend on your function and what interval you are working on. What you will need to do is substitute .00001 in for E (the error) in whichever equation above you are working with. You will also need to plug in your K value as well as b and a (the end points of your interval). After plugging these values in, N will be your only unknown and you will algebraically solve for it.
3 Integral Tricks Teachers Don't Tell You!
th-cam.com/video/CTv877Wo7f4/w-d-xo.html
Short, concise, and straight to the point. Excellent!
Thank you. :) Have a great day.
I can not express how easier it was to understand the error estimates with this video. My Cal 2 professor explained it much harder than what this explanation made it out to be. Thank you so much, definitely going to subscribe and recommend you to my friends.
Thank you very much! I’m glad I could help ya out. Have a great day.
From 5:00 to 6:00 mark, dude you just saved my life. Thank you so much. I love you.
Glad to help Rick! wubba lubba dub dub!
Great video! Good explanation. It was hard to find a video where they show all MidPoint,Trapezoid and Simpson's Error Bounds.
Thanks! Glad to help.
Your videos are so clear, THANK YOU!
You're welcome!
What if I get 0 or a constant as my fourth derivative? what would be the maximum value?
Thank you so much. Your video really help me alot. Keep making excellent videos like this.
Thank you, sir. I'm currently reviewing for my final.
You’re welcome. Best of luck!
Awesome video, thank you!
Glad you liked it!
Short and easy to understand. Thank you 😭😭❤️
Glad it was helpful!
no BS and straight the point, thank you.
You got it :)
Thanks, that was really good👍
Glad you thought so - have a nice day!
Thank you so much, the video was so helpful.
Gelila N you’re very welcome!
thanks for making this video!!!
You bet!
this video help me a lot , thanks
Glad to help!
My book uses M instead of K. which confuses a non-math guy like me 🙂this was helpful. Thanks.
Excellent explanation!!! So clear, Thanks !
Glad to help! Have a great day.
I would like to know where the error formulas come from. How are they developed?
5:02 When youre teaching your crush
I LOVED IT; this saved me
Glad to help!
Nice, thank you!
MrArcticaaa you’re welcome!
how large should N be to get the approximation within .00001 of the actual result? I like ur explanations!
That will depend on your function and what interval you are working on. What you will need to do is substitute .00001 in for E (the error) in whichever equation above you are working with. You will also need to plug in your K value as well as b and a (the end points of your interval). After plugging these values in, N will be your only unknown and you will algebraically solve for it.
Excellent Sir
Thanks dude
You’re welcome!
@@BriTheMathGuy Oh man! I never thought you would reply.Thanks again for clear explanation.+1 Subscriber
Thanks very much! Have a great day.
Why teachers like you don't taught us in colleges ...!! btw thanks buddy😁
You're welcome. Have a great day!
what is [a,b] is [0,Pi] …..?
That would make a=0 and b=pi
thx bro
You're welcome!
i love you hard