TD - ELLIPSE Part 3 (FOCAL POINT METHOD)

[@peterfrlich622]

thanks a lot! Extremely helpful in online class. Keep up the good work sir!

[@derickfrederickTD]

Thank u very much @Peter. Preciate the feedback and encouragement. Blessings 🙏🏾

[@awololarukayat4481]

Thanks ....found your channel when I needed it the most.

[@derickfrederickTD]

Thanks for the feedback Rukayat... I'm very pleased I could be of help. 👍

[@Freelanceken]

Damn, i was absent. luckily you're here making this kind of video, i never saw people post things like this Thank you very much

[@derickfrederickTD]

You're welcome 👍 🙂

[@annaoopannaoop4842]

Thanks bro 🙂I really enjoyed the video sir

[@derickfrederickTD]

U are welcome. Thanks for reaching out... Preciate 🙏.

[@Jesicakoko]

Omg thankyou so much I missed classes and we did this but thanks to u now I’m no longer behind this is the first on ellipse that I have watched that I actually understand

[@derickfrederickTD]

Oh wow, thanks for the feedback 👌@Jesica... I'm pleased to know you found it quite easy to understand. Bless your heart 🙏🏾.

[@Annie-hh9li]

The only video that helped me! Thanks

[@derickfrederickTD]

You're welcome 👍🏼

[@debilek7405]

thank you man, you have really helped me out. My G!

[@derickfrederickTD]

You're welcome 👍

[@apexslor1637]

MEE 201 suppose don kill me thanks alot bro, wish you the very best in life

[@derickfrederickTD]

Amen 🙏🏾.... Blessings 👊🏽

[@jinzerooks]

Very clear and easy to understand. Very good tutorial.

[@derickfrederickTD]

Thank u very much brother from another mother. Preciate your feedback. 🙏

[@folashadebakare7679]

Thank you so much this helped so much

[@user-op8cm3oo8i]

yes it did

[@derickfrederickTD]

You're welcome 👍🏼

[@ShrivasiniTewari]

Dude this is amazing thanks for helping

[@derickfrederickTD]

You're welcome 👍🏼

[@alagietouray2043]

Who is waching 2023

[@derickfrederickTD]

Soryy, are you trying to ask a question?

[@faithfulnesstech]

Meeeee, gat a MEE exam today

[@ISAACMADRIDARUMZ-jr4hi]

Thankou so much Sir, I have really learned a lot from you

[@derickfrederickTD]

You're welcome 👍

[@anuvabkarmakar8680]

Sir can you give the steps of doing these as we have project on this same topic so it will be helpful

[@derickfrederickTD]

@@anuvabkarmakar8680 The steps were being mentioned on the go in the video. Watch till the end. 👍🏼

[@magickechup4432]

Thanks so much for the guide really needed it for graphics class

[@derickfrederickTD]

You're welcome @general kenobi👍

[@sharkmastergaming1524]

This isn't who I think it is is it?

[@derickfrederickTD]

@@sharkmastergaming1524 who do you think this is?

[@sharkmastergaming1524]

@@derickfrederickTD a freind from school. Seems very similar to his twitch account

[@derickfrederickTD]

@@sharkmastergaming1524 oh I see... Well you could reach out to them.

[@sayang05973]

Thank you so much sir for this useful video

[@derickfrederickTD]

You're welcome bruh... Any time 👍

[@santanujana344]

Thanks❤️❤️❤️ it was very helpful 🙏

[@derickfrederickTD]

You are welcome Jana. 👍👍

[@isheanesukateya5853]

Thank you so much. Right to the tee!!!

[@derickfrederickTD]

You're welcome 👍

[@RevvingLegends]

pls sir continue the td lectures its really interesting

[@derickfrederickTD]

Thanks for reaching out. There is a part 1 and part 2 of this video on my channel, you will find other methods of constructing an ellipse in those videos. Also subscribe to my channel for notifications and update on new videos. Thank you.

[@karimch5012]

Thank you brother 💞

[@derickfrederickTD]

You're welcome 👍

[@ijeomaogbonna2892]

I dont understand when to put the second set of optical pins

[@derickfrederickTD]

Please watch from beginning again... Everything was well explained.

[@NDB.]

Thank you so much!

[@derickfrederickTD]

You're welcome

[@alextapfuma]

Thank you so much sir

[@derickfrederickTD]

@@alextapfuma you're welcome 👍🏼

[@IfeanyiHenry-vh8be]

when you are given the length of the minor and major axis, please what do you do

[@derickfrederickTD]

What you should do is what this video is all about... Just follow the steps.

[@indar-v6j]

Thank you sir it was very good

[@derickfrederickTD]

Thanks for the feedback 👏 👍 Preciate 🙏

[@a.g.1826]

Thank you so much. This was really helpful. (:

[@derickfrederickTD]

Uwlc

[@ayttechhub]

Very undertsandable.Pls send us ur social media group link on td if u have any

[@derickfrederickTD]

Thanks for reaching out Ayotomiwa... Preciate 🙏. Unfortunately my social media handles are not for educational purposes. This is the only platform for this purpose at the moment. I will look into that anyway. Thanks for bringing it up.

[@mathsdunya9398]

Great lecture....I subscribe your channel after seeing this lecture.... I also phd scholar in mathematics...i appreciate your method...

[@derickfrederickTD]

I'm very honoured to have such a feedback from a highly intellectual personality 🙏🏾 🙇🏽‍♂️. I appreciate the feedback sir 🙌🏽

[@folasomefun5049]

Thank you so much

[@derickfrederickTD]

You're welcome 👍

[@jaymoraa1994]

We appreciate 🤞

[@derickfrederickTD]

You're welcome 👍

[@_kirkhernandez]

How do i get the distance between f1 and O

[@derickfrederickTD]

Hello Kirk Hernandez, thanks for reaching out. 👍 It was explained in the video though. To get the distance between F1 and O, first of all u must have been given the dimensions of the major and minor axis (AB and CD). The major and minor axis intersects at O when drawn. Now needle your pair of compass at A (or if you like B) and stretch to O (the centre i.e. Half the major axis). Now with the radius AO already stretched on your compass, needle on C (or D if you like) and strike line AB at F1 and F2. That will automatically leave an F1- O distance. Hope I'm able to answer your question?

[@_kirkhernandez]

@@derickfrederickTD I think asked the wrong question sorry, i wanted to know how do I get the 1-5 point between the f1 and O

[@derickfrederickTD]

@@_kirkhernandez oh I see... OK, yes it's a matter of choice... You could step off 4, 5, 6 etc. equal spaces. This is it, the number of step offs will determine the number of points (intersecting arcs) on each quadrant. The more the number of intersecting arcs, the more perfect will be the ellipse and it will be easier to connect the locus of the points. But 5 divisions is just fine. It could be more it could be less.

[@_kirkhernandez]

@@derickfrederickTD Thanks 🙏, I get it now.

[@_kirkhernandez]

@@derickfrederickTD Hi again, I have another problem. When I use the french curve to connect all point, the points are not alligned. what seems to be the error that I have made?

[@Jesicakoko]

Thankyou so muchhh

[@derickfrederickTD]

You're welcome 👍

[@abdurrasheedabubakargamawa110]

Thanks really appreciated

[@derickfrederickTD]

Uwlc 👍

[@thebrg]

Nice .

[@steffliot3788]

thanks a lot🙏

[@derickfrederickTD]

You are welcome... Thanks for reaching out. Preciate 🙏

[@PrimePathTutorials]

Good everyone 😂😂😂

[@shaniafoo2878]

❤

[@ajokeajayi5791]

You can teach buh your camera isn't really great...... For construction.... Use a better one and you're good to go 😁😁😁

[@derickfrederickTD]

Hahaha 😀.. Thanks for the observation 👍 Videos I shoot though are usually sharp. After upload the quality is dropped by KZbin. Also you can click on the settings of that video and view in higher resolutions. It might just be your viewing option.

[@derickfrederickTD]

I just viewed again now and it is quite sharp 👍... I think it's your viewing settings. Check it out. Blessings 🙏🏾

[@santoshs690]

❤️

[@santoshs690]

Where are you teaching from bro