Thank you so much for breaking down and explaining the importance of each step of the process! It really helped me understand how to do these types of problems :D
i have a test tomorrow and have been trying to figure this out since my teacher didn’t explain it well. after watching this video once i got it right away thank you!!
Thanks you good sir, funnily enough this problem was the exact same and my hw problem. Hope I carried over the knowledge. But I made sure to do the steps you mentioned before you did it and checked if I was good. So I think I'm good XD
have a question here, I'm looking for a solution in three dimensional since I study programming not sure how to find Z-axis. would you please to point me into right direction ? e.g. article with some example like yours will be great. Thanks for the video, your step are very clear, even tell me the correct step before the trick that's very helpful.
6:41 Why exactly do you need to be within the domain of the radical which is the distance? Within what is inside the radical or the whole radical itself?
Thank you for the step by step process ! When doing this, I set d^2 = (x-3)^2 + (y-0)^2 , and when taking the derivative just set d^2 to 0. I reached the same answer. Is there a particular reason why we do it the way shown in the video, and not just the easier way, as in my comment ? Thanks for any replies in advance.
![How to Solve ANY Optimization Problem [Calc 1]](http://i.ytimg.com/vi/cUMvwG7wvzM/mqdefault.jpg)
coolest math teacher accent so far
Bro speaks like a cowboy
Thank you so much for breaking down and explaining the importance of each step of the process! It really helped me understand how to do these types of problems :D
You’re welcome. Glad it helped. Thank you for the comment.
i have a test tomorrow and have been trying to figure this out since my teacher didn’t explain it well. after watching this video once i got it right away thank you!!
You’re welcome. Glad it helped. Good luck on your test.
Thank you for the help, I had this question in my homework and we never learned how to do it in the notes!
You’re welcome.
Hey man I just wanted to say that I appreciate your videos. They are very useful for when to need to review some topics.
Thank you. Glad they help.
I like the explanation!!! I was so stuck and I came across this and got the problem correct!!! Thank you!!
You’re welcome. Glad it helped.
thank you so much, this video helped me out so much, love that you explain every step.
You’re welcome. Glad it helped.
I love your accent!! Thanks for the math help
You’re welcome. Thank you.
I know im four years late but youre the first souther math tutor I have ever heard.
👍
bro responds to every comment, amazing (I also have a test today and this was a godsend so thank you so much)
You’re welcome. Hope you did good on your test.
Thank you very much for the video, I probably would’ve done bad on a test without this
My thankfulness to you my fine gentleman!
You’re welcome. Glad it helped. Good luck in your class.
5:02 this shortcut is amazing
Funny thing is, it’s not really a shortcut!
thank you so much! the way you explained the question makes it feel way simpler
You’re welcome. Glad it helped.
LIKE: clear and to the point, easy to follow
Thank you.
Thank You, this was really helpful!
You’re welcome. Glad it helped.
Needed this for my calc exam tomorrow… wish me luck
Good luck on your exam and in your class.
Thank you, this really helped!
You're welcome.
Calc final tomorrow and this was a very helpful last-minute review!
Glad it helped. Good luck on your final.
Thank you! fast and easy to explain!
You’re welcome.
Thank you!! You're a lifesaver
You’re welcome. Glad it helped.
This'll be useful for finding points where two curves intersect on a plane.
👍
this dude is super chill
Thanks! Great explanation!
Thank you. Glad it helped.
Thank you, this really helped me understand
You’re welcome. Glad it helped.
you're a lifesaver, thank you
You’re welcome.
Had a very similar problem; thank you so much!
You’re welcome.
great video; so underrated
Thank you. Glad it helped.
Thanks you good sir, funnily enough this problem was the exact same and my hw problem. Hope I carried over the knowledge. But I made sure to do the steps you mentioned before you did it and checked if I was good. So I think I'm good XD
You’re welcome. Glad it helped.
have a question here, I'm looking for a solution in three dimensional since I study programming not sure how to find Z-axis. would you please to point me into right direction ? e.g. article with some example like yours will be great.
Thanks for the video, your step are very clear, even tell me the correct step before the trick that's very helpful.
this video is really helpful i do a level maths in england and this was very similar to the question i had to do so very good 👍
Thank you.
THANK YOU VERY MUCH ❤️❤️❤️❤️❤️❤️❤️
You’re welcome.
Nice video!!!
Thank you.
Godbless you wise sage
Thank you.
Thank u!!!
You're welcome. Glad it helped.
6:41 Why exactly do you need to be within the domain of the radical which is the distance? Within what is inside the radical or the whole radical itself?
The domain of the function.
@@crowsmathclass [0, infinity] ?
Yes
thank you~~~
You’re welcome.
I loveeee ur accent!!
Thank you.
thanks
You’re welcome.
Literal god, thank you so much
You’re welcome.
what if its x²+y²=1 at 3,0
Blessss
👍
What if the question requires the closest point and the furthest point. How would the answer be different from this one?
It would be impossible to find the furthest point. The graph continues forever.
I got a question that read: find the points on the curve y= √x, [0, 3] that are closest to and furthest from the point (0, 2).
You would test at the critical number and the endpoints of the interval.
@@crowsmathclass thanks a lot.
You’re welcome.
Why minimum i didn’t get it
It’s asking for point closest.
Thank you for the step by step process ! When doing this, I set d^2 = (x-3)^2 + (y-0)^2 , and when taking the derivative just set d^2 to 0. I reached the same answer. Is there a particular reason why we do it the way shown in the video, and not just the easier way, as in my comment ? Thanks for any replies in advance.
It will work on this. When you take the derivative of d the part under the square root will end up in the numerator which you set equal to zero