@?mat

[[MAT - Paper 2013 - Q1G]]N [[MAT - Paper 2011 - Q1I]]N [[MAT - Paper 2016 - Q2]]N [[MAT - Paper 2011 - Q1E]]N [[MAT - Paper 2015 - Q1J]]N [[MAT - Paper 2014 - Q5]]N [[MAT - Paper 2011 - Q1G]]N [[MAT - Paper 2011 - Q3]]N [[MAT - Paper 2013 - Q1C]]N [[MAT - Paper 2007 - Q1D]]N [[MAT - Paper 2018 - Q6]]N [[MAT - Paper 2019 - Q1F]]N [[MAT - Paper 2020 - Q2]]N [[MAT - Paper 2013 - Q1I]]N [[MAT - Paper 2018 - Q1B]]N [[MAT - Paper 2011 - Q5]]N [[MAT - Paper 2012 - Q1G]]N [[MAT - Paper 2016 - Q1H]]N [[MAT - Specimen Paper 1 - Q1H]]N [[MAT - Paper 2008 - Q1C]]N [[MAT - Paper 2017 - Q1I]]N [[MAT - Paper 2012 - Q3]]N [[MAT - Paper 2014 - Q3]]N [[MAT - Paper 2013 - Q1F]]N [[MAT - Paper 2018 - Q3]]N [[MAT - Paper 2010 - Q3]]N [[MAT - Paper 2018 - Q5]]N [[MAT - Paper 2016 - Q1I]]N [[MAT - Paper 2019 - Q2]]N [[MAT - Paper 2015 - Q2]]N [[MAT - Paper 2010 - Q6]]N [[MAT - Paper 2014 - Q1D]]N [[MAT - Paper 2012 - Q2]]N [[MAT - Paper 2008 - Q2]]N [[MAT - Paper 2019 - Q1H]]N [[MAT - Paper 2019 - Q3]]N [[MAT - Paper 2014 - Q1E]]N [[MAT - Paper 2018 - Q1J]]N [[MAT - Paper 2009 - Q5]]N [[MAT - Paper 2012 - Q1J]]N [[MAT - Paper 2009 - Q3]]N [[MAT - Paper 2014 - Q1J]]N [[MAT - Paper 2018 - Q2]]N [[MAT - Paper 2011 - Q1C]]N [[MAT - Paper 2013 - Q1H]]N [[MAT - Paper 2016 - Q5]]N [[MAT - Paper 2016 - Q3]]N [[MAT - Paper 2018 - Q1H]]N [[MAT - Paper 2012 - Q5]]N [[MAT - Paper 2017 - Q3]]N [[MAT - Paper 2017 - Q2]]N [[MAT - Paper 2010 - Q7]]N [[MAT - Paper 2018 - Q1G]]N [[MAT - Paper 2016 - Q1E]]N [[MAT - Paper 2018 - Q1F]]N [[MAT - Paper 2010 - Q5]]N [[MAT - Paper 2007 - Q1F]]N [[MAT - Paper 2011 - Q2]]N [[MAT - Paper 2015 - Q1B]]N [[MAT - Paper 2016 - Q6]]N Backlinks [[APM Questions]]N [[Misc Notes]]N Metadata date: 2021-11-29 12:01 tags: - '@?

Flashcards 2021-11-02 If you know two roots of a cubic equation $ax^3 + bx^2 + cx + d = 0$, how can you find the final one?? Use the sum of the roots or product of the roots formulas. Backlinks [[MAT Questions]]N Metadata date: 2021-11-02 19:08 summary: "" tags: - '@?public' - '@?mat' - '@?notes' - '@?maths' title: MAT - Paper 2020 - Q2

Flashcards 2021-11-02 When given a seemingly opaque equation like $$\beta^4 + 2\beta^3 - 4\beta - 2$$ what should you do?? Try and plot it. What’s a common technique for showing that if something holds for a special case of a graph/function, it also holds more generally?? The properties are preserved under geometric transformations. Backlinks [[MAT Questions]]N Metadata date: 2021-11-02 18:01 summary: "" tags: - '@?public' - '@?mat' - '@?notes' - '@?maths' title: MAT - Paper 2019 - Q3

what is true about (1 + x)(1 + x^2)(1 + x^3)…

how is true about these three log equations?

how many solutions does sin^3 x + cos^2 x = 0

how many digits does 2^100 have?

can you write all numbers between 0 and 1 as sums of distinct integer reciprocals?

how do these towers made of bricks behave?

how do two quadratics stuck together compare to a cubic?

what is special about these two transformations of the xy-plane?

which one of these graphs isn’t the sum of two identical polynomials in x and y?