Thankyou!This might help you for 10 d):
What textbook is this, may I ask?Q10 part d and Q11 part d, I am kinda confused as to what to do.
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Cambridge Extension 2 Maths 2020What textbook is this, may I ask?
From there we can see that find the values of x in which come from and here we are going to note that we will test this on because from the question we can immediately identify that the value as such it becomesCambridge Extension 2 Maths 2020
how do you do 10c?Q10 part d and Q11 part d, I am kinda confused as to what to do.
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from the polynomial in (ii), divide all the terms by w^4 and use the facthow do you do 10c?
neat thanks a bunch!from the polynomial in (ii), divide all the terms by w^4 and use the fact
Here's the working out just in case;
dividing by the middle term.
as required
This is more like a cosmetic tip but if you want the brackets to cover the entire fraction use "\left" and "\right", for example "\left(\frac{2\pi}{9}\right)" results in . So yeah, use it if you want to.from the polynomial in (ii), divide all the terms by w^4 and use the fact
Here's the working out just in case;
dividing by the middle term.
as required
Thanks!This is more like a cosmetic tip but if you want the brackets to cover the entire fraction use "\left" and "\right", for example "\left(\frac{2\pi}{9}\right)" results in . So yeah, use it if you want to.