1. maurieo INVESTIGATING LINEAR EQUATIONS PART I

    maurieo INVESTIGATING LINEAR EQUATIONS PART I

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  2. integral of x^n lnx from 0 to 1

    integral of x^n lnx from 0 to 1

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    7
  3. integral of lnx ln(1-x) from 0 to 1

    integral of lnx ln(1-x) from 0 to 1

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    11
  4. Solve Systems of Linear Equations by Graphing | One Solution, No Solution, Infinitely Many Solutions

    Solve Systems of Linear Equations by Graphing | One Solution, No Solution, Infinitely Many Solutions

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  5. maurieo INVESTIGATING LINEAR EQUATIONS PART II

    maurieo INVESTIGATING LINEAR EQUATIONS PART II

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  6. The existence proof of eigenvectors and eigenvalues

    The existence proof of eigenvectors and eigenvalues

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    2
  7. Integral of 1/(x^3-1) from integral of 1/(x^3+1)

    Integral of 1/(x^3-1) from integral of 1/(x^3+1)

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  8. Integral of 1/(1+x^2)^2 (substitution)

    Integral of 1/(1+x^2)^2 (substitution)

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  9. Very funny math question solve x for x^x^n=n

    Very funny math question solve x for x^x^n=n

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  10. Prove Method of infinite Descent : square 2 is irrational

    Prove Method of infinite Descent : square 2 is irrational

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  11. Prove Method of infinite Descent : no nontrivial solutions x^2+y^2=3z^2

    Prove Method of infinite Descent : no nontrivial solutions x^2+y^2=3z^2

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  12. Prove Method of infinite Descent (Vieta's jumping) : (4a^2-1)^2/(4ab-1) is integer, then a=b

    Prove Method of infinite Descent (Vieta's jumping) : (4a^2-1)^2/(4ab-1) is integer, then a=b

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  13. Prove Method of infinite Descent : square k is irrational if k is not square free

    Prove Method of infinite Descent : square k is irrational if k is not square free

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  14. sinx+sin2x+sin3x+...+sin nx, cosx+cos2x+cos3x+cos 4 x+...+cos nx

    sinx+sin2x+sin3x+...+sin nx, cosx+cos2x+cos3x+cos 4 x+...+cos nx

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    1
  15. Prove Method of infinite Descent (Vieta's jumping) : (a^2+b^2)/(ab+1) is square, imo1988

    Prove Method of infinite Descent (Vieta's jumping) : (a^2+b^2)/(ab+1) is square, imo1988

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  16. Normal subgroup and quotient subgroup

    Normal subgroup and quotient subgroup

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  17. There exist distinct integers x,y,z for which, x^2+y^2+z^2=14^n

    There exist distinct integers x,y,z for which, x^2+y^2+z^2=14^n

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  18. Plot Mcdonald Shape by function

    Plot Mcdonald Shape by function

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