Equations of Tangents to Circles (Complete Grade 9 Lesson) | Grade 9 Playlist | GCSE Maths Tutor

Equations of Tangents to Circles (Complete Grade 9 Lesson) | Grade 9 Playlist | GCSE Maths Tutor

The GCSE Maths Tutor

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@user-ot1hc8qo9t
@user-ot1hc8qo9t - 16.01.2024 01:31

I think there is a mistake in the last question where line crosses the x axis the coordinates are (22,0). i also checked in desmos but can you please check it again and help me. it would be really helpful. thanks

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@rKaraa
@rKaraa - 06.01.2024 00:42

this topic was always that 1 topic i wouldnt ever revising for as i never understood it. but after a while of watching unhelpful yt vids about this topic i came across your video and i can proudly say that i understand this topic fully!!. thank you so much sir, you dont know how much of a help you are to gcse students

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@sharifsarkar7202
@sharifsarkar7202 - 30.10.2023 01:45

But how about for questions for which the origin isn't (0,0)?

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@ajjarmansoor5161
@ajjarmansoor5161 - 03.10.2023 11:11

song name?

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@javeria192
@javeria192 - 03.09.2023 20:04

is this included in OCR 21st century higher

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@Az.podcast
@Az.podcast - 18.05.2023 00:27

How many marks are these questions

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@mario389-re7xs
@mario389-re7xs - 13.04.2023 07:40

If you used decimals other than fractions would you still get the marks? E.G at timestamp(37.58) you put 16 2/3 but i got 16.6 in decimals. would it still count?

thanks for all ur help btw!

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@julkamikula1553
@julkamikula1553 - 05.04.2023 22:24

how to find the gradient of the line AO

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@binladen34444
@binladen34444 - 21.03.2023 01:08

HHHHHmjHHHHH

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@infinity8362
@infinity8362 - 06.03.2023 20:32

ive never understood this topic, thank you so much i feel so much more confident with these questions now :) 🙏

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@dil820
@dil820 - 30.01.2023 16:10

is it likely to see a question like the last one on an actual exam?

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@r4sshai
@r4sshai - 27.01.2023 10:45

is this calc or non calc?

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@alexandriakelly3401
@alexandriakelly3401 - 23.09.2022 23:07

explained it really well, thank you!

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@battymansam7172
@battymansam7172 - 16.09.2022 23:37

Got a 57/80 on a higher paper in class today,had some real fuckups to get that low score,but this grade 9 question was the only one I didn’t understand,turns out those 5 marks are fucking simple and I just hadn’t learnt it

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@Prince-mj4fe
@Prince-mj4fe - 06.06.2022 18:53

why don't u minimize the GCSE MATHS TUTOR banner on top by a bit to have a slight bigger space to work with

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@estheromoyele3321
@estheromoyele3321 - 20.05.2022 10:02

Doing my first maths GCSE in one hour- thank you sooooo much for all the work you do- I feel so ready!!!

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@mwaite1002
@mwaite1002 - 19.05.2022 23:01

how do u know o is the centre on triangle oab

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@HMS-xf9dq
@HMS-xf9dq - 19.05.2022 22:56

i literally love you so much you and freesciencelessons should get a knighthood for being education legends

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@hjpp0639
@hjpp0639 - 17.05.2022 18:08

how many marks would this be in the exam?

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@Ali83833
@Ali83833 - 14.05.2022 20:04

Why these always gotta be so long man

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@ELLIPTICALWR
@ELLIPTICALWR - 23.02.2022 18:30

towards the end when you was finding c you did (7/2 root 7) + (9/2 root 7)= 16/2 root 7. I thought it was 16/4 root 7

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@finnrattray
@finnrattray - 13.02.2022 12:24

For the last question, I rationalised the denominators which also led the answer to look a lot neater. Would it still be accepted? Also I just came across your channel preparing for next set of mocks and I have to say it looks really useful and I will use it many more times before the summer exams.

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@asmaa1853
@asmaa1853 - 25.01.2022 02:51

Thank you

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@tpiano1165
@tpiano1165 - 24.01.2022 19:56

Last night, I made a comment and you had 74.4k Subscribers
I just came back to your channel, and you now have 74.7k Subscribers!

Wow keep it up!

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@DanHaines-kw3bl
@DanHaines-kw3bl - 24.01.2022 01:36

Instead of finding the perpendicular bisector gradient (tangent) to the radius by circle theorems, you can also use implicit differentiation to find the gradient/normal or parametric differentiation when the gradient function is set to -cotθ and plug θ value to find the gradient/normal. After that you plug in the coordinates into the straight line formula y-y1=m(x-x1) to find the equation of the tangent/normal.

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@Sup7569
@Sup7569 - 23.01.2022 20:59

Hi sir does one think that gsce will go ahead

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@adamraza7536
@adamraza7536 - 23.01.2022 20:36

are these new videos or re-uploads

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@deathsoul4884
@deathsoul4884 - 23.01.2022 20:32

first

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