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  2. Euclid-Euler theorem: Perfect numbers

    Euclid-Euler theorem: Perfect numbers

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  5. Inner product space and p norm

    Inner product space and p norm

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  6. Probability solution: A Total of n balls, number of 1 through n...

    Probability solution: A Total of n balls, number of 1 through n...

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  8. Mathematical induction divide exercise

    Mathematical induction divide exercise

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  9. sin(x+y)sin(x-y)=(sinx+siny)(sinx-siny)

    sin(x+y)sin(x-y)=(sinx+siny)(sinx-siny)

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  10. Rulers & Protractors (Quadrance & Spread) in QTrig: Setup and Outline | Abstract Algebra 13

    Rulers & Protractors (Quadrance & Spread) in QTrig: Setup and Outline | Abstract Algebra 13

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

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

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  12. 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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  13. Simple Group of order 60 must be A5

    Simple Group of order 60 must be A5

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  15. Nested radical 2: Nested radical of Ramanujan

    Nested radical 2: Nested radical of Ramanujan

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  16. Nested radical1: Nested radical of Ramanujan

    Nested radical1: Nested radical of Ramanujan

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

    Prove Method of infinite Descent : square 2 is irrational

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  19. Cantor's intersection theorem Prove

    Cantor's intersection theorem Prove

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  20. 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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  21. 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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  22. 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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  23. 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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  24. Normal subgroup and quotient subgroup

    Normal subgroup and quotient subgroup

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  25. 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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