This has taken me 6 years to get this far and to keep my site free. These will come at some point when I get time after doing Further maths tutorials next.
Thank you for all your videos! They have been a great help, and it is evident how much time and effort you put into your videos; I wish my teachers put as much time and effort into teaching their students! However I was wondering if the numerical example would be up soon, I think it would be easier to follow this video/rules if there was a question to work through. Thank you again, and my grade in the summer will be all down to you!
You devoted your life to this. Each video is an honourable achievement! I've learnt so much which I could not if these were not free. You're a brilliant teacher! Thank you.
I have a question. Isn't Differentiation and taking logarithms similar in the sense that they both convert a non linear equation into a linear equation?
What if you had to find how to quickly calculate say the factorial exponent or the circular exponent or the circular log. Then you would either need some very long winded calculus to get anywhere or you could line up a vertical line with a curve where by the vertical line stretches the curve the bigger your value n. This new way of thinking about curvature could lead to a new degree of ability with a dynamic range of exponential types.
It depends on the power equation. After you've taken the log if both sides of the equation and then compared coefficients with y=mx+c, you'll know exactly whether to plot lny y vs x or lny vs lnx
sir plz reply on this post... U'r doing these much of videos sir THE NUMERICAL EXAMPLE of this part is still to come.. plz lord complete this one plz sir plzz plzzz plzzzzzzzzzz... HOPE U'll reply :)
Then dont watch -_- ... this Sir here has saved the lives of thousands of students including mine, if you dont find him helpful then goodluck finding a better teacher
This has taken me 6 years to get this far and to keep my site free. These will come at some point when I get time after doing Further maths tutorials next.
14 years now wow
@@MidnightStorm4990 16 years now
the most thorough explanation I've found so far, thank you!
You don't understand how grateful I am to you for this ❤❤❤
Thank you for all your videos! They have been a great help, and it is evident how much time and effort you put into your videos; I wish my teachers put as much time and effort into teaching their students! However I was wondering if the numerical example would be up soon, I think it would be easier to follow this video/rules if there was a question to work through. Thank you again, and my grade in the summer will be all down to you!
6 year old video but still a life saver.
9
10
No it is ten year
Thank you so much! I have been finding this topic incomprehensible in the text book....
Thank you so much, this is so helpful! You're a life safer!
thank you so much for making this video a true life saver.
No problem. Pleased to have your support.
You devoted your life to this. Each video is an honourable achievement! I've learnt so much which I could not if these were not free. You're a brilliant teacher! Thank you.
thank you so much, 10 years later still helping
You are a legend 🙏🏼🙏🏼
Thanks for a great video!
Glad you liked it!
Interesting!
Great explanation boss.
Cheers - thanks for watching.
You’re an amazing teacher
Too kind - Best wishes
Thank you so much sir.. It is nice piece of video
Thank you so so much ! Just saved my 12 marks on this type of questions
ah thanks for this :) helps me in physics as well
Interesting, how comes you don't do AQA exam solutions? Please do june 12 C2 and M1
Cool
Absolute smasher of a video
I have a question. Isn't Differentiation and taking logarithms similar in the sense that they both convert a non linear equation into a linear equation?
Pretty sure Differentiation converts it to a single quadratic equation. Might be wrong though since I'm stupid and replying to an 11 year old comment.
when finding the y intercept when you put e^1.2 how did you get 3.3 ?
MistD Use your calculator, e is a constant and is on the calculator.
ExamSolutions i see now! Thank you very much
Brilliant - thank you
What if you had to find how to quickly calculate say the factorial exponent or the circular exponent or the circular log. Then you would either need some very long winded calculus to get anywhere or you could line up a vertical line with a curve where by the vertical line stretches the curve the bigger your value n. This new way of thinking about curvature could lead to a new degree of ability with a dynamic range of exponential types.
I didn't. It was 1.2 and I made it up to demonstrate the example.
When reducing exponential, how come we plot lny and x, instead of lny and lnx
Since x was the power in that case it went to the front of lnb meaning it was a constant separate from ln
Great video
sir please post the numerical example sir... PLZ sir it will make this topec crystal clear plz sir post that one :)
yo kun chapter ko lagi chaicha ra?
Sumet Manandhar teita kun chapter ko lagi
thank you
How do you know which to plot? That for the first it was lny against lnx and then lny against x?
It depends on the power equation. After you've taken the log if both sides of the equation and then compared coefficients with y=mx+c, you'll know exactly whether to plot lny y vs x or lny vs lnx
how did you do the table of values for ln x and ln y?
Thankyou!
Thank you for watching and hopefully subscribing
when is this part's numerical example coming sir? :)
You Sir put maths teachers to shame, thank you so much.
Some maybe. There are a lot out there doing great things.
Never knew Daniel Ricciardo was so good at Add Maths...
Actually such a fuckin useful video! Much love g
sir plz reply on this post... U'r doing these much of videos sir THE NUMERICAL EXAMPLE of this part is still to come.. plz lord complete this one plz sir plzz plzzz plzzzzzzzzzz... HOPE U'll reply :)
Sorry but this is the only one I made in this series
Tq sir
You're welcome
how did you get lna=0.8?
ln or log?
I want to kiss ur head bc u jus helped me in maths
:D
0:07 HI
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Ye Dad Bent oi I will MESS YOU UP FAM don’t mess with me mojo
still watching in 2021broski
actually im mind boggled
i think your videos are to long and overall not helpful
ur mom
Then dont watch -_- ... this Sir here has saved the lives of thousands of students including mine, if you dont find him helpful then goodluck finding a better teacher