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This topic was like my worst topic, Now I'm praying it comes out in mocks so I can shock my teacher with how smart I've gotten since the last mock.

Amazing video tysm! Also one question, isn't luminous intensity (cd) also an SI Base Unit?

In Q1c to calculate the distance from 6 to 14 second, would it be more straightforward to use the area of the triangle? 1/2 x base(8) x height(36) =144

thanks a lot man

Just got my A Level Math results back. Got an A in statistics and overall A* for math. I learnt statistics ENTIRELY from you. I was a private student so ALL of my statistics came from you and your questions. Wow. Your stuff actually works. Thank you so much. I promise you don't know what you've done for me. You actually don't know. You've really changed my life. I see everything as possible now. Thank you man. Wow, God bless you!!!

hi i dont understand why at 2:03 we look at 150 instead of 100

I think the labels of 'neutron' and 'proton' on the last part of the notes are wrong. Other than that thank you for this great worksheet!

Sir you have literally injected hope for S1 for me....i am not in right headspace for S1 at the moment like after my grades from mock1...i am appearing for FM 25 and i cant wait to see what the future holds for me with your help....with ur vids i can make a true academic comeback...

why was top 100 taken??

i dont even take CIE, i take edexcel but ths is helpful thank you 🏆

hi, for the question in 17:24 , isnt it 9! x 4!/(2! ) , since the 4 e's can be rearranged internally

8:50 For the first question part c, why won’t we multiply by (1/6) as the probability of it being more than or equal to 10 will mean there is a success of having a five wouldn’t it?

Thank you so much!

Whats cookin good lookin

Hi do these videos still apply for may june 2025?

is this also useful for AQA

It is a speedy one

Very clear and comprehensive explanation! Thanks

Ah ouais le mec

Greetings...i really enjoy your lessons. I have to ask why did your second vector of resolving on the y components change from 55 degrees to 35 degrees

I j wanted to thank you, i gave my alevels back in 2021, you were the reason i got a good grade in S1. Its sad to see you’re not posting anymore.

Dude I know it's been a while back, but your hard work on this shit payed off. Thanks for being real in all your videos

17:50 There is also the option of solving it with the quadratic formula, only you’d be solving for a^2 and then have to square root the solutions to find the one that fits

Is the concept of coded mean and variance and combined mean and variance included in the 2025 exam session?

I have a doubt how in this answer 2(cos½○)+3 ,the 3 will come .explain me

came here 2 yrs after i done my Alevel Maths, got an A bcs of u!!🥹🤍 thank you!!

your videos are too good

My boy intuitive, just to ask. Have you ever thought about making videos on A2 physics Paper 5? The planning paper?

omg i wish i watched this before my test!! i totally flunked it lol but now i know :))! and i wish to ace my finals

thaaaaaaaaaaaaaaaanks

Thanks g you a real one for this

bros the most chillest math teacher ever

Appreciate it broski.💪🏾

Sorry to bother you, is there any place to find this worksheet without the solutions? TPT?

Thanks bro. This helped a lot!

Stop vaping nigga

At 14:14 why do we use 54 N when calculating work done and not the resultant force, 36 N?

stop always putting your face covering the working

Is there anything on practical paper please?

here in 2024

Damn man I wish you made a series like this for pure mathematics 3, these vids are great

Can you please share math p3 difficult questions

Hi, how do we know the 90% is behind the mean value?

Tomorrow is my AS physics exams, and your videos are really helpful for a last min revision so, Thank you so much! I am very Grateful!

This is super helpful and your working is so logical!❤❤❤

I love this A-level series more particularly the way you discuss the nuances of physics. Thank you very much.

Hi small correction for 26:53, A longitudinal wave is defined as a wave in which the particles vibrate/oscillate parallel to the direction of transfer of energy.

thankqq!!!

Hey, I'd like to point out a small correction in the worksheet (Answers) In Q2 - s16_23 for (iv) you've written Va = -sin30/sin60 but it'd be sin30/sin60, I guess you realized this while calculating, but the y direction is mvA sin60 - mvB sin30 and not + as they're in the opposite directions (as you stated in the video) If you continue with the - sign, then you end up 8.35x10^-25 = 9.641x10^-28 vB which isn't quite correct, you then end up vB being almost double of the actual answer

love the start of the video 😂