Hi and welcome to my channel! I'm June and and I'm a mathematics tutor based in Australia.
I created this channel to help my students and anyone interested in learning mathematics.
My aim is to create a library of of short videos with complementary workbooks that would be beneficial to students, parents and teachers.
Please help support my journey by subscribing to my channel and sharing the resources. Your subscription means so much to me.
Thank you.
#smartalexmathematics
#smartalexcoaching
My new website www.smartalexmathematics.com.au will be launching in 2024.
Пікірлер
Simple and useful
Those who all watching this bc are willing to learn
Best video on this topic. Great step by step explanation
But what about sin(x)^2
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i needed this
(2x+3y)5
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Thanks❤
thank you for the video. it helped me to understand the formula. one more,please i hope you to prove the " (x-1)*x^(-1) <= lnx , thank you please
Great introduction, and step by step explanation, thank you!
> Doesn't actually show how to calculate the Integral of the function squared. Disappointed
that was not the point of the video. Did you also want her teach you to do basic arithmetic operations?
Demonstração incrível.
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Hey can you put quadratic sums in root value
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somebody snoozin in the background
Thank you sir 😊
Sorry mam
How to find the value of r?
When the bases are common u can equate it to the other power and continue as an algebraic equation..👍
What does ASTC stand for and mean?
ASTC is an acronym used to help memorise the signs of trig functions in different quadrants. ASTC stands for All Stations To Central A corresponds to Quadrant 1 where All functions (Sin, Cos and Tan) are positive. S corresponds to Quadrant 2 where only Sin function is positive. T corresponds to Quadrant 3 where only Tan function is positive. C corresponds to Quadrant 4 where only Cos function is positive. Hope that helps.
cheers alex
Good work
THANK YOU SO MUCH!!! THIS WAS SO HELPFUL
I wasn't able to compleheld anything
Thank you🌹🙏
im from the uk but this is really helpful and similar to the a level curriculum, thank you so much! you definitely deserve more credit for these videos!
Thank you so much for your comment. I'm in Australia and it's wonderful to hear that my video is able to help across the globe :)
Thank you madam
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Thank
thank you so much. ive been looking everywhere for someone to explain hcf in factor tree form since its the easiest method for me.
Thank you very much.
Thank you so much!
Its brief and easy so my assignment was done way faster than I thought
Thx a lot. Helped in one of my assignments
grateful !
Thank you for the helpful tip.
You're welcome. Glad to hear that it was helpful.
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Good explanation.Thank you
I used the stones to destroy the stones
good job deriving a^x by using the derivative of a^x
\tan\left(\frac{\operatorname{nPr}\left(xx-x-1,x ight)}{\operatorname{nCr}\left(xx-x-1,x ight)} ight)how probability calculated at infinity
Bruhhh just multiply it out jeeez
Great video, I just found out that I can make trigonometry equations and their solutions make sense with a graph😁😁🙏🙏
Nice
Good practice problem. Worth noting that you can also solve it by exploiting the symmetry. There are 2 paths that take 3 tosses to get you back to starting position and 2 paths of 3 tosses that win you the game. Therefore, the probability of winning is $p=p*2*(1/2)^3 + 2*(1/2)^3$ and solving for p gives 1/3.
I love it, when I see a lady maths teacher... with passion and vision to impart the younger generation! Can't help, but to subscribe to encourage such a wonderful friendship🙏🤞
Thank you! Your support really means a lot to me.
Dare to be Smart..😂.. You are the best Alex
Thank you this really helped me!
Subscribed u@2 Subscribe me back