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This was super helpful when I was having trouble with it, thank you so much for your hard work ma'am!

.An irrigation system is designed to distribute water evenly within an elliptical area defined by the equation ((X^2)/25)+((Y^2)/16)=1. What is the maximum distance from the center of the ellipse to any point on its boundary?

That was so easy 😮 THANK YOU

Thank you! This was very helpful

Thank you

c is the distance from the center to the focus. Why do you use coordinates of the vertices to find the coordinates of the foci? The coordinates of the foci should be (-3,2-\sqrt{13}) and (-3,2+\sqrt{13})

Thank you, thank you for your efforts

Thank you, thank you for your efforts

Thank you, thank you for your efforts

First comment pin 📌 me

Thanks for the great video. Appreciate it! So simply explained!

Nice video. Can this problem be solved using velocity of the plane and wind, rather than distance?

College student who’s behind and you just helped me tons thank you!

Love your videos keep uploading!

The sounds of ur mouth are making me wanna die

Wow....

Thank you ❤

Good explanation mam❤

Thanks ❤ what a great and simple explanation

Yeah this was a clear video for students studying vectors/forces.

How do we calculate the percentage error from the actual value? Is it (yn-y_tn)/ yn or (yn-y_tn)/y_tn? And does it yn-y_tn or y_tn- yn?

Helpful

ı love your style madam

THANK YOU

i think it's wrong.

Great content, thanks

Why thw second derivative is increasing in all the interval if is only in 1 point

How to find midline if it’s not obvious

😆 "Promo sm"

Shawna I know this video was posted 2 years ago however you're making studying for my final exam very simple and easy, thank you.

Stopped

Thanks, this really helped me for Trig!

Get better equipments. Sounds like you’re smacking right in my fucking eat canal

thanks

Thank you!! very helpful

Thank you!!!!!

I think you forgot the gravitational constant g

why is displacement y and not (10-y)

Could you tell me please, if you consider integral from 0 to 6 and consider the distance 10-y I have had difficulty to get the same result? Is that distance that I'm consider correct? Many thanks for your time

Thank you this was perfect!!!

Are vessel functions similar to sinusoids? What would be the Fourier coefficients of the bessel function

Why is not +1/2?

But why 2x? Can you not just put x like you would in any other problem that you are trying to maximise the surface area of a rectangle?

thank you so much!

Dr. Haider slayed this one fr. No crumbs.

OMG THANK YOUUU!!! I was struggling for hourssss on this question and you made it super easy!

thank you for the informative video!

This was very helpful! Thank you!

appreciate you

Thank you 🙏