Here's the 4 simple steps we will take in order to find dy/dx from the given equation sqrt(x + y) = x^4 + y^4: 0:49 - Take the derivative of both sides with respect to x 7:26 - Separate dy/dx terms from non-dy/dx terms 14:45 - Factor out the dy/dx 16:06 - Isolate dy/dx
Wow, this is by far the best implicit differentiation video, you explained every step which cleared up so much confusion for me. Everyone else goes too fast. Thank you so much man!
You’re welcome! I don’t think I do have a video like that, but it should be the same process and steps. The only difference is that when you take the derivative of (xy)^1/2, you would need to do chain rule with xy being the inside, and the power being the outside function. Then when you take the derivative of the inside (xy) you need to use product rule.
Here's the 4 simple steps we will take in order to find dy/dx from the given equation sqrt(x + y) = x^4 + y^4:
0:49 - Take the derivative of both sides with respect to x
7:26 - Separate dy/dx terms from non-dy/dx terms
14:45 - Factor out the dy/dx
16:06 - Isolate dy/dx
Wow, this is by far the best implicit differentiation video, you explained every step which cleared up so much confusion for me. Everyone else goes too fast. Thank you so much man!
You’re welcome! I’m glad it helped so much!
You just literally saved me!! THANKS A LOT!
You’re welcome! Happy to help!
Thank you for this lesson!
Excellent explanation.
Thank you!
This tutorial is AMAZING!!! This is so so helpful. Thank you and may Allah bless you!! :)
You’re welcome! I’m glad you found it helpful!
great explanation !! greetings from brazil
Greetings! Thank you, I’m glad you found it helpful!
Thanks, Jake, Sir!
A lot of help here!
I’m glad it helped, you’re welcome!
really helped! appreciate that you went over each step.
Dustin good, I’m glad it was helpful!
Omg, thank you. You saved meeee!
You’re welcome!
its all clear thank you
Thanks for your appreciation. Stay Tuned.
Very good.
Thank you!
thank u sooooo much
You’re welcome!
Thank you so much!
You’re welcome!
thank you!!!!!
Happy to help!
Jake you’re a life saver! Thank you so much. And do you have examples with multiplications in then ex: (XY)^1/2 instead of (X + Y)^1/2?
You’re welcome! I don’t think I do have a video like that, but it should be the same process and steps. The only difference is that when you take the derivative of (xy)^1/2, you would need to do chain rule with xy being the inside, and the power being the outside function. Then when you take the derivative of the inside (xy) you need to use product rule.
nice, and very helpful!! Thank you may Allah bless you!
I'm glad it helped!
@@JakesMathLessons do you have a tik tok page or anything where we can ask questions?
@@JakesMathLessons I suggest you open a tik tok page, this will help you get known more, have more followers and getting paid as well!
Nice! I also run my maths channel 🙈
Thanks
cute
Thanks
Thank you so much!
You’re welcome!