◎◎◎ complex number ⪢⪢

A complex number is a number that can be expressed in the form a + bi where a and b are real numbers and i is the square**root** of -1.
#math

http://qindex.info/i.php?x=9607

A complex number is a number that can be expressed in the form a + bi where a and b are real numbers and i is the square

http://qindex.info/i.php?x=9607

• **root** ⪢⪢

The origins of what Putin wants today are**root**ed in what happened more than 3 decades ago back in the early 1990s when the Soviet Union first collapsed.

http://qindex.info/i.php?x=20196

The origins of what Putin wants today are

http://qindex.info/i.php?x=20196

• 16 Solving Higher Degree Polynomials by Synthetic Division and the Rational **Root**s Test

Solving Higher Degree Polynomials by Synthetic Division and the Rational**Root**s Test

http://qindex.info/i.php?x=5084

Solving Higher Degree Polynomials by Synthetic Division and the Rational

http://qindex.info/i.php?x=5084

• BC 0500? Hippasus

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square**root** of two.
The assumption that square **root** of two could be expressed as a ratio of two integers deduces a contradiction.

http://qindex.info/i.php?x=5026

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square

http://qindex.info/i.php?x=5026

• 09 Solving Algebraic Equations With **Root**s and Exponents

Solving Algebraic Equations With**Root**s and Exponents

http://qindex.info/i.php?x=3802

Solving Algebraic Equations With

http://qindex.info/i.php?x=3802

• 09 Solving Algebraic Equations With **Root**s and Exponents

Solving Algebraic Equations With**Root**s and Exponents

http://qindex.info/i.php?x=4994

Solving Algebraic Equations With

http://qindex.info/i.php?x=4994

• 08 Simplifying Expressions With **Root**s and Exponents

Simplifying Expressions With**Root**s and Exponents

http://qindex.info/i.php?x=3801

Simplifying Expressions With

http://qindex.info/i.php?x=3801

◌◌◌ Hippasus

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square**root** of two.
The assumption that square **root** of two could be expressed as a ratio of two integers deduces a contradiction.

http://qindex.info/i.php?x=6802

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square

http://qindex.info/i.php?x=6802

• 07 Square **Root**s, Cube **Root**s, and Other **Root**s

Square**Root**s, Cube **Root**s, and Other **Root**s

http://qindex.info/i.php?x=4992

Square

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• 01 Hippasus

○ According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square**root** of two.
○ The assumption that square **root** of two could be expressed as a ratio of two integers deduces a contradiction.

http://qindex.info/i.php?x=6563

○ According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square

http://qindex.info/i.php?x=6563

• √2 ≈ 1.414

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square**root** of two.
The assumption that square **root** of two could be expressed as a ratio of two integers deduces a contradiction. #math

http://qindex.info/i.php?x=9592

According to Pythagoras theorem the diagonal length of a square with each side measuring one unit would be square

http://qindex.info/i.php?x=9592

○○○ 1054 ⪢⪢

This new rotating power-sharing agreement will be the**root** cause for several generations' numerous internal wars that will exhaust and divide the Kievan Rus'.
#will_would

http://qindex.info/i.php?x=12942

This new rotating power-sharing agreement will be the

http://qindex.info/i.php?x=12942