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CUBE ROOT

  • Cube root
  • Number whose cube is a given number

    a cube root of a number x is a number y that has the given number as its third power; that is y 3 = x . {\displaystyle y^{3}=x.} The number of cube roots

    Cube root

    Cube root

    Cube_root

  • Cubic equation
  • Polynomial equation of degree 3

    root and any cube root. The other roots of the equation are obtained either by changing of cube root or, equivalently, by multiplying the cube root by

    Cubic equation

    Cubic equation

    Cubic_equation

  • Cube root law
  • Concept in political science

    The cube root law is an observation in political science that the number of members of a unicameral legislature, or of the lower house of a bicameral

    Cube root law

    Cube root law

    Cube_root_law

  • Doubling the cube
  • Ancient geometric construction problem

    because a cube of side length 1 has a volume of 13 = 1, and a cube of twice that volume (a volume of 2) has a side length of the cube root of 2. The impossibility

    Doubling the cube

    Doubling the cube

    Doubling_the_cube

  • Root of unity
  • Number with an integer power equal to 1

    first that require cube roots. There are 6 primitive seventh roots of unity, which are pairwise complex conjugate. The sum of a root and its conjugate

    Root of unity

    Root of unity

    Root_of_unity

  • Nth root
  • Arithmetic operation, inverse of nth power

    number x of which the root is taken is the radicand. A root of degree 2 is called a square root and a root of degree 3, a cube root. Roots of higher degree

    Nth root

    Nth root

    Nth_root

  • Rationalisation (mathematics)
  • Removal of square roots from denominators

    application of norm forms). For example, to rationalise a cube root, two linear factors involving cube roots of unity should be used, or equivalently a quadratic

    Rationalisation (mathematics)

    Rationalisation_(mathematics)

  • Cube (algebra)
  • Number raised to the third power

    extracting the cube root of n. It determines the side of the cube of a given volume. It is also n raised to the one-third power. The graph of the cube function

    Cube (algebra)

    Cube (algebra)

    Cube_(algebra)

  • Radical symbol
  • Mathematical symbol denoting a root

    for the radical symbols are: U+221A √ SQUARE ROOT (√, √) U+221B ∛ CUBE ROOT U+221C ∜ FOURTH ROOT U+23B7 ⎷ RADICAL SYMBOL BOTTOM However, these

    Radical symbol

    Radical_symbol

  • Square root
  • Number whose square is a given number

    Apotome (mathematics) Cube root Fast inverse square root Functional square root Integer square root Nested radical Nth root Root of unity Solving quadratic

    Square root

    Square root

    Square_root

  • Nested radical
  • Mathematical expression with outer and inner radicals

    nested radical is a radical expression (one containing a square root sign, cube root sign, etc.) that contains (nests) another radical expression. Examples

    Nested radical

    Nested_radical

  • Theta function
  • Special functions of several complex variables

    _{4}(q)^{4}]} The formulas for the theta Nullwert function values from the cube root of the elliptic nome are obtained by contrasting the two real solutions

    Theta function

    Theta function

    Theta_function

  • United States congressional apportionment
  • How 435 seats are distributed to 50 states

    Another proposed expansion rule, the cube root rule, calls for the membership of the legislature to be based on the cube root (rounded up) of the U.S. population

    United States congressional apportionment

    United States congressional apportionment

    United_States_congressional_apportionment

  • Cube
  • Solid with six equal square faces

    A cube is a three-dimensional solid object in geometry. It has eight vertices and twelve straight edges of the same length, so that these edges form six

    Cube

    Cube

    Cube

  • Mathematics of paper folding
  • approximate trisection of angles and implied that the construction of a cube root was impossible. In 1922, Harry Houdini published "Houdini's Paper Magic

    Mathematics of paper folding

    Mathematics of paper folding

    Mathematics_of_paper_folding

  • Calculation
  • Deliberate process that transforms inputs to outputs with variable change

    by 6 is a simple algorithmic calculation. Extracting the square root or the cube root of a number using mathematical models is a more complex algorithmic

    Calculation

    Calculation

  • Principal root of unity
  • is a cube root of unity, 1 + 3 + 3 2 ≡ 13 ( mod 26 ) {\displaystyle 1+3+3^{2}\equiv 13{\pmod {26}}} meaning that it is not a principal cube root of unity

    Principal root of unity

    Principal_root_of_unity

  • Quartic function
  • Polynomial function of degree 4

    \Delta } is the aforementioned discriminant. For the cube root expression for Q, any of the three cube roots in the complex plane can be used, although if

    Quartic function

    Quartic function

    Quartic_function

  • Geometric mean
  • N-th root of the product of n numbers

    \textstyle {\sqrt {16}}=4} . The geometric mean of the three numbers is the cube root of their product, for example with numbers ⁠ 1 {\displaystyle 1} ⁠, ⁠

    Geometric mean

    Geometric mean

    Geometric_mean

  • Beam (nautical)
  • Width of a ship at its widest point

    lengths are in feet. Some examples: For a standard 27 ft (8.2 m) yacht: the cube root of 27 is 3, 3 squared is 9 plus 1 = 10. The beam of many 27 ft monohulls

    Beam (nautical)

    Beam (nautical)

    Beam_(nautical)

  • Oklab color space
  • Standard color space with color-opponent values

    {M} _{1}{\begin{bmatrix}X\\Y\\Z\end{bmatrix}}.} Applying a cube root non-linearity: [ l ′ m ′ s ′ ] = [ l 1 / 3 m 1 / 3 s 1 / 3 ] . {\displaystyle

    Oklab color space

    Oklab color space

    Oklab_color_space

  • Casus irreducibilis
  • Cubic equation unsolvable in real radicals

    real square and cube roots. If D = 0, then Δ = 0 {\displaystyle \Delta =0} and two of the roots are equal. These two roots are also a root of the derivative

    Casus irreducibilis

    Casus_irreducibilis

  • Eisenstein integer
  • Complex number whose mapping on a coordinate plane produces a triangular lattice

    ={\frac {-1+i{\sqrt {3}}}{2}}=e^{i2\pi /3}} is a primitive (hence non-real) cube root of unity. The Eisenstein integers form a triangular lattice in the complex

    Eisenstein integer

    Eisenstein integer

    Eisenstein_integer

  • Lightness
  • Property of a color

    out to be quite correct; scientists eventually converged on a roughly cube-root curve, consistent with the Stevens's power law for brightness perception

    Lightness

    Lightness

    Lightness

  • Brahmagupta
  • Indian mathematician and astronomer (598–668)

    arithmetic operations as far as taking the square root, although he explains how to find the cube and cube-root of an integer and later gives rules facilitating

    Brahmagupta

    Brahmagupta

  • Square root of 6
  • Positive real number which when multiplied by itself gives 6

    In solid geometry, the square root of 6 appears as the longest distances between corners (vertices) of the double cube, as illustrated above. The square

    Square root of 6

    Square root of 6

    Square_root_of_6

  • Fundamental theorem of Galois theory
  • Correspondence between subfields and subgroups

    {\displaystyle K=\mathbb {Q} (\theta ,\omega )} where θ is a cube root of 2, and ω is a cube root of 1 (but not 1 itself). If we consider K inside the complex

    Fundamental theorem of Galois theory

    Fundamental_theorem_of_Galois_theory

  • Abel–Ruffini theorem
  • Equations of degree 5 or higher cannot be solved by radicals

    actually) can be expressed as the sum of a cube root of 10 + 5 i {\displaystyle 10+5i} with a cube root of 10 − 5 i {\displaystyle 10-5i} . On the other

    Abel–Ruffini theorem

    Abel–Ruffini_theorem

  • Coraline
  • 2002 children's novella by Neil Gaiman

    Malcolm Edwards (1983) "The Unconquered Country" by Geoff Ryman (1984) "Cube Root" by David Langford (1985) "Kaeti and the Hangman" by Keith Roberts (1986)

    Coraline

    Coraline

  • Shakuntala Devi
  • Indian writer and mental calculator (1929–2013)

    problems presented to Devi included calculating the cube root of 61,629,875 and the seventh root of 170,859,375. Jensen reported that Devi provided the

    Shakuntala Devi

    Shakuntala Devi

    Shakuntala_Devi

  • Diamond (gemstone)
  • Gemstone

    approximately equal to 6.5 times the cube root of carat weight, or 11.1 times the cube root of gram weight, or 1.4 times the cube root of point weight. Diamonds

    Diamond (gemstone)

    Diamond (gemstone)

    Diamond_(gemstone)

  • Straightedge and compass construction
  • Method of drawing geometric objects

    arbitrary angle (see Archimedes' trisection) or extract an arbitrary cube root (due to Nicomedes). Hence, any distance whose ratio to an existing distance

    Straightedge and compass construction

    Straightedge and compass construction

    Straightedge_and_compass_construction

  • Suanpan
  • Chinese abacus

    developed to do multiplication, division, addition, subtraction, square root and cube root operations at high speed. The modern suanpan has 4+1 beads, colored

    Suanpan

    Suanpan

    Suanpan

  • Drag equation
  • Equation for the force of drag

    coefficient of drag, in which the reference area is the square of the cube root of the airship's volume. Sometimes different reference areas are given

    Drag equation

    Drag_equation

  • List of countries by Human Development Index
  • between 0 and 1. The geometric mean of the three indices—that is, the cube root of the product of the indices—is the human development index. A value

    List of countries by Human Development Index

    List of countries by Human Development Index

    List_of_countries_by_Human_Development_Index

  • Muhamed (horse)
  • Performing horse (died 1915)

    number was written on a blackboard, and Muhamed was asked to extract the cube root. His left hoof represented the tens, while his right hoof represented

    Muhamed (horse)

    Muhamed (horse)

    Muhamed_(horse)

  • Mathematical operators and symbols in Unicode
  • LUNATE EPSILON SYMBOL Arabic block U+0606 ؆ ARABIC-INDIC CUBE ROOT U+0607 ؇ ARABIC-INDIC FOURTH ROOT U+0608 ؈ ARABIC RAY General Punctuation block U+2016

    Mathematical operators and symbols in Unicode

    Mathematical operators and symbols in Unicode

    Mathematical_operators_and_symbols_in_Unicode

  • List of mathematical constants
  • Archytas, and Menaechmus for endeavoring to bring down the doubling the cube to mechanical operations Christensen, Thomas (2002), The Cambridge History

    List of mathematical constants

    List_of_mathematical_constants

  • Justice League Action
  • American animated television series

    December 18, 2016. "Missing the Mark". Justice League Action Short. "The Cube Root". Justice League Action. Jim Krieg [@jim_krieg] (June 1, 2015). "Thank

    Justice League Action

    Justice_League_Action

  • Splitting field
  • Field generated by all rupture-fields of a polynomial over a field

    p(x) = x3 − 2. Each root of p equals 2 3 {\displaystyle {\sqrt[{3}]{2}}} times a cube root of unity. Therefore, if we denote the cube roots of unity by

    Splitting field

    Splitting_field

  • Montessori sensorial materials
  • Educational aid

    especially for the cube root. The Binomial Cube The trinomial cube is similar to the binomial cube, but has the following pieces instead: 1 red cube and 6 black

    Montessori sensorial materials

    Montessori sensorial materials

    Montessori_sensorial_materials

  • List of mathematical functions
  • of two polynomials. nth root Square root: Yields a number whose square is the given one. Cube root: Yields a number whose cube is the given one. Transcendental

    List of mathematical functions

    List_of_mathematical_functions

  • CIELAB color space
  • Standard color space with color-opponent values

    toward yellow. The lightness value, L* in CIELAB is calculated using the cube root of the relative luminance with an offset near black. This results in an

    CIELAB color space

    CIELAB color space

    CIELAB_color_space

  • Inflection point
  • Point where the curvature of a curve changes sign

    point even though the second derivative is never 0. For example, the cube root function is concave upward when x is negative, and concave downward when

    Inflection point

    Inflection point

    Inflection_point

  • Sector (instrument)
  • Mathematical instrument consisting of two hinged rulers

    marked to 148, and the distance from the pivot is proportional to the cube root. If we call the length S , {\displaystyle S,} then S 1 S 2 = n 1 3 n 2

    Sector (instrument)

    Sector_(instrument)

  • Quadratic equation
  • Polynomial equation of degree two

    to accept irrational numbers (often in the form of a square root, cube root or fourth root) as solutions to quadratic equations or as coefficients in an

    Quadratic equation

    Quadratic_equation

  • Mean value theorem
  • Theorem in mathematics

    where this version of the theorem applies is given by the real-valued cube root function mapping x ↦ x 1 / 3 {\displaystyle x\mapsto x^{1/3}} , whose

    Mean value theorem

    Mean_value_theorem

  • Debye model
  • Method in physics

    same graph. It is the cube root of the ratio of the volume of one octant of a three-dimensional sphere to the volume of the cube that contains it, which

    Debye model

    Debye model

    Debye_model

  • Square root of 5
  • Positive real number which when multiplied by itself gives 5

    the inside of the cube corresponds to the length of the cube diagonal, which is the square root of three times the edge. A rectangle with side proportions

    Square root of 5

    Square root of 5

    Square_root_of_5

  • List of numbers
  • number itself. 7, the first and only prime number preceding a cube. 8, the largest cube in the Fibonacci sequence. 9, the first odd number that is composite

    List of numbers

    List_of_numbers

  • Underground nuclear weapons testing
  • Test detonation of nuclear weapons underground

    -burst (SDOB) This figure is calculated as the burial depth divided by the cube root of the yield. It is estimated that, in order to ensure containment, this

    Underground nuclear weapons testing

    Underground nuclear weapons testing

    Underground_nuclear_weapons_testing

  • Exact trigonometric values
  • Trigonometric values in terms of square roots and fractions

    be expressed using cube roots. The following two approaches can be used, but both result in an expression that involves the cube root of a complex number

    Exact trigonometric values

    Exact trigonometric values

    Exact_trigonometric_values

  • Passengers (short story)
  • Short story by Robert Silverberg

    Nebula Award for Best Short Story in 1969. In the 1970 collection The Cube Root of Uncertainty, Silverberg wrote in the Introduction: "Grim tales include

    Passengers (short story)

    Passengers_(short_story)

  • Entire function
  • Function that is holomorphic on the whole complex plane

    ω u + e ω 2 u = e u + 2 e − u 2 cos ⁡ ( 3 u 2 ) , with  ω  a complex cube root of 1 . {\displaystyle f(u)=e^{u}+e^{\omega u}+e^{\omega ^{2}u}=e^{u}+2e^{-{\frac

    Entire function

    Entire_function

  • Material selection
  • Step in the process of designing physical objects

    and low density indicates the best material, whereas for a plate the cube root of stiffness divided by density E 3 / ρ {\displaystyle {\sqrt[{3}]{E}}/\rho

    Material selection

    Material_selection

  • Slide rule
  • Mechanical analog computer

    scale, 3 on the C scale lines up with 8 on the LL3 scale. To extract a cube root using a slide rule with only C/D and A/B scales, align 1 on the B cursor

    Slide rule

    Slide rule

    Slide_rule

  • Block-stacking problem
  • Problem of stacking blocks to maximize overhang

    overhang that can be achieved by multi-wide stacks is proportional to the cube root of the number of blocks, in contrast to the single-wide case in which

    Block-stacking problem

    Block-stacking problem

    Block-stacking_problem

  • Principal ideal domain
  • Algebraic structure

    \mathbb {Z} [\omega ]} (where ω {\displaystyle \omega } is a primitive cube root of 1): the Eisenstein integers, Any discrete valuation ring, for instance

    Principal ideal domain

    Principal_ideal_domain

  • Cubic foot
  • Imperial and US customary (non-metric) unit of volume

    [citation needed] Board foot Conversion of units Cord (unit) Cube (arithmetic), cube root Cubic inch Cubic yard Orders of magnitude (volume) for a comparison

    Cubic foot

    Cubic foot

    Cubic_foot

  • Drag coefficient
  • Dimensionless parameter to quantify fluid resistance

    volumetric drag coefficient, in which the reference area is the square of the cube root of the airship volume (volume to the two-thirds power). Submerged streamlined

    Drag coefficient

    Drag coefficient

    Drag_coefficient

  • List of topics named after Leonhard Euler
  • integers, the algebraic integers of form a + bω where ω is a complex cube root of 1. Euler–Gompertz constant Euler's homogeneous function theorem – A

    List of topics named after Leonhard Euler

    List of topics named after Leonhard Euler

    List_of_topics_named_after_Leonhard_Euler

  • Mathematical constant
  • Fixed number that has received a name

    during pre-college education in many countries. The square root of 2, often known as root 2 or Pythagoras' constant, and written as √2, is the unique

    Mathematical constant

    Mathematical_constant

  • Caml
  • Programming language

    function requires a small value delta. A good choice for delta is the cube root of the machine epsilon.[citation needed]. The type of the function d indicates

    Caml

    Caml

  • Cubic field
  • field if it can be obtained by adjoining the real cube root n 3 {\displaystyle {\sqrt[{3}]{n}}} of a cube-free positive integer n to the rational number

    Cubic field

    Cubic_field

  • List of legislatures by number of members
  • bicameral but tricameral or even neither. List of legislatures by country Cube root law Excluding Kosovo Including Kosovo New Zealand's parliament frequently

    List of legislatures by number of members

    List_of_legislatures_by_number_of_members

  • Definable real number
  • Real number uniquely specified by description

    square root of 2 is constructible. However, the cube root of 2 is not constructible; this is related to the impossibility of doubling the cube. A real

    Definable real number

    Definable real number

    Definable_real_number

  • Legislature
  • Deliberative assembly that makes laws

    that the size of a country's lower house tends to be proportional to the cube root of its population; that is, the size of the lower house tends to increase

    Legislature

    Legislature

    Legislature

  • Galois group
  • Mathematical group

    ({\sqrt[{3}]{2}},\omega ),} where ω {\displaystyle \omega } is a primitive cube root of unity. The group Gal ⁡ ( L / Q ) {\displaystyle \operatorname {Gal}

    Galois group

    Galois group

    Galois_group

  • Power law
  • Functional relationship between two quantities

    solvent-exposed surface areas of centered amino acids in protein structure segments Cube root law of assembly sizes Stevens's power law of psychophysics (challenged

    Power law

    Power law

    Power_law

  • Schwarzschild radius
  • Radius of the event horizon of a Schwarzschild black hole

    In contrast, the physical radius of the body is proportional to the cube root of its volume. Therefore, as the body accumulates matter at a given fixed

    Schwarzschild radius

    Schwarzschild radius

    Schwarzschild_radius

  • Ramanujan–Sato series
  • Series related to Ramanujan's pi formulas

    the first is the McKay–Thompson series of class 3C (and related to the cube root of the j-function), while the second is that of class 9A. Let, s 3 C (

    Ramanujan–Sato series

    Ramanujan–Sato_series

  • Tetrahedral number
  • Polyhedral number representing a tetrahedron

    n ≤ 4.[dubious – discuss] By analogy with the cube root of x, one can define the (real) tetrahedral root of x as the number n such that Ten = x: n = 3

    Tetrahedral number

    Tetrahedral number

    Tetrahedral_number

  • Mathematics in Nepal
  • method of cube root extraction: Is it better than Aryabhata’s method? "https://www.researchgate.net/publication/348648404_Pandey's_method_of_cube_root

    Mathematics in Nepal

    Mathematics_in_Nepal

  • Chandrasekhar limit
  • Maximum mass of a stable white dwarf star

    index ⁠3/2⁠ – and therefore has radius inversely proportional to the cube root of its mass, and volume inversely proportional to its mass. As the mass

    Chandrasekhar limit

    Chandrasekhar_limit

  • Arabic script in Unicode
  • numbers U+0606 ؆   ‎ Arabic-Indic Cube Root → U+221B ∛ Cube Root U+0607 ؇   ‎ Arabic-Indic Fourth Root → U+221C ∜ Fourth Root U+0608 ؈   ‎ Arabic Ray U+0609

    Arabic script in Unicode

    Arabic_script_in_Unicode

  • Abacus
  • Calculating tool

    functions of multiplication, division, addition, subtraction, square root, and cube root. Although blind students have benefited from talking calculators

    Abacus

    Abacus

    Abacus

  • Mathematical joke
  • Humor about mathematics or mathematicians

    Integral z-squared dz From one to the cube root of three Times the cosine of three pi over nine Equals log of the cube root of e The limerick is true if log

    Mathematical joke

    Mathematical joke

    Mathematical_joke

  • Hero of Alexandria
  • 1st-century AD Hellenistic mathematician and engineer

    Press. {{pgs|323–324}}. Smyly, J. Gilbart (1920). "Heron's Formula for Cube Root". Hermathena. 19 (42): 64–67. JSTOR 23037103. A.I. Sabra, 1981, Theories

    Hero of Alexandria

    Hero of Alexandria

    Hero_of_Alexandria

  • 1,000,000
  • Natural number

    square inches. Volume: The cube root of one million is one hundred, so a million objects or cubic units is contained in a cube a hundred objects or linear

    1,000,000

    1,000,000

  • Japanese mathematics
  • Independent development of mathematics in Japan during the isolation of the Edo period

    work dealt with the subject of soroban arithmetic, including square and cube root operations. Yoshida's book significantly inspired a new generation of

    Japanese mathematics

    Japanese_mathematics

  • Yoshida Mitsuyoshi
  • Japanese mathematician

    work dealt with the subject of soroban arithmetic, including square and cube root operations. In a statistical overview derived from writings by and about

    Yoshida Mitsuyoshi

    Yoshida Mitsuyoshi

    Yoshida_Mitsuyoshi

  • Four fours
  • Mathematical puzzle

    infinitely repeated digit), an arbitrary root, the square function ("sqr"), the cube function ("cube"), the cube root, the gamma function (Γ(), where Γ(x)

    Four fours

    Four_fours

  • Middle gray
  • Shade of the color gray

    proposed, but halfway through the 20th century, the proposals settled on cube-root-based curves. In 1976 the International Commission on Illumination defined

    Middle gray

    Middle_gray

  • CIECAM02
  • Color appearance model

    conditions, the luminance level adaptation factor (FL) is proportional to the cube root of the luminance of the adapting field (LA). In scotopic conditions, it

    CIECAM02

    CIECAM02

    CIECAM02

  • Atomic nucleus
  • Core of an atom composed of nucleons

    unstable distorted nuclei) the nuclear radius is roughly proportional to the cube root of the mass number (A) of the nucleus, and particularly in nuclei containing

    Atomic nucleus

    Atomic nucleus

    Atomic_nucleus

  • Halo nucleus
  • Core atomic nucleus surrounded by orbiting protons or neutrons

    (corresponding to the classical radius) of the nucleus is proportional to the cube root of its mass, as would be the case for a sphere of constant density. Specifically

    Halo nucleus

    Halo nucleus

    Halo_nucleus

  • Coppersmith's attack
  • Class of cryptographic attacks

    {\displaystyle C=M^{3}} holds over the integers, and Eve can compute the cube root of C {\displaystyle C} to obtain M {\displaystyle M} . For larger values

    Coppersmith's attack

    Coppersmith's_attack

  • Random minimum spanning tree
  • the square root of the number of vertices, random minimum spanning trees of complete graphs have typical diameter proportional to the cube root. Random minimum

    Random minimum spanning tree

    Random minimum spanning tree

    Random_minimum_spanning_tree

  • Cubic mile
  • Rarely used unit of volume

    a comparison with other volumes Conversion of units § Volume Cube (arithmetic) Cube root Cubic equation Cubic function NIST Guide to the SI - B.8 Factors

    Cubic mile

    Cubic_mile

  • Zero-lift drag coefficient
  • Aerodynamic dimensionaless parameter

    73 ft2). Furthermore, an aircraft's maximum speed is proportional to the cube root of the ratio of power to drag area, that is: V m a x   ∝   p o w e r /

    Zero-lift drag coefficient

    Zero-lift_drag_coefficient

  • Algebraic number field
  • Finite extension of the rationals

    the ring of Eisenstein integers, where ω {\displaystyle \omega } is a cube root of unity (unequal to 1), have this property. The failure of unique factorization

    Algebraic number field

    Algebraic_number_field

  • QT interval
  • Measurement made on an electrocardiogram

    Fridericia had proposed an alternative correction formula (QTcF) using the cube-root of RR. Q T c F = Q T R R 1  s 3 {\displaystyle QTc_{F}={QT \over {\sqrt[{3}]{RR

    QT interval

    QT interval

    QT_interval

  • Hippocrates of Chios
  • 5th-century BC Greek mathematician and astronomer

    to tackle the problem of 'duplication of the cube', that is, the problem of how to construct a cube root. Like the quadrature of the circle, this was

    Hippocrates of Chios

    Hippocrates of Chios

    Hippocrates_of_Chios

  • Vincenzo Galilei
  • Italian musician and music theorist (1520–1591)

    has the proportions of 3:2—it varied with the square root of the tension applied (and the cube root of concave volumes of air). Weights suspended from strings

    Vincenzo Galilei

    Vincenzo Galilei

    Vincenzo_Galilei

  • Euclidean algorithm
  • Algorithm for computing greatest common divisors

    instead of producing a path from the root of the tree to a target, it produces a path from the target to the root. The Euclidean algorithm has a close

    Euclidean algorithm

    Euclidean algorithm

    Euclidean_algorithm

  • Trigonometric functions
  • Functions of an angle

    roots and the cube root of a non-real complex number. Galois theory allows a proof that, if the angle is not a multiple of 3°, non-real cube roots appear

    Trigonometric functions

    Trigonometric functions

    Trigonometric_functions

  • Cetacean
  • Infraorder of marine mammals

    two-thirds power (or the square of the cube root) and the three-quarters power (or the cube of the fourth root) of the body mass. mbrain ∝ (mbody)k where

    Cetacean

    Cetacean

    Cetacean

  • Atomic radius
  • Measure of the size of an atom

    to metric to make comparisons with later estimates easier.) Taking the cube root this gives an estimate of the atomic radius to be about 10 to the power

    Atomic radius

    Atomic radius

    Atomic_radius

  • Fundamental theorem of arithmetic
  • Integers have unique prime factorizations

    = − 1 + − 3 2 {\textstyle \omega ={\frac {-1+{\sqrt {-3}}}{2}}} is a cube root of unity (that is, ω 3 = 1 {\displaystyle \omega ^{3}=1} ). This is the

    Fundamental theorem of arithmetic

    Fundamental theorem of arithmetic

    Fundamental_theorem_of_arithmetic

  • Nuclear weapon yield
  • Energy released in nuclear weapons explosions

    destructive power of a single warhead on land scales approximately only as the cube root of its yield, due to blast "wasted" over a roughly hemispherical blast

    Nuclear weapon yield

    Nuclear weapon yield

    Nuclear_weapon_yield

AI & ChatGPT searchs for online references containing CUBE ROOT

CUBE ROOT

AI search references containing CUBE ROOT

CUBE ROOT

AI search queriess for Facebook and twitter posts, hashtags with CUBE ROOT

CUBE ROOT

Follow users with usernames @CUBE ROOT or posting hashtags containing #CUBE ROOT

CUBE ROOT

Online names & meanings

  • Aavishi
  • Girl/Female

    Indian, Sanskrit

    Aavishi

    Goddess Lakshmi

  • Izhainayaki
  • Girl/Female

    Hindu, Indian, Traditional

    Izhainayaki

    A Creeper

  • MALASINTHA
  • Female

    Teutonic

    MALASINTHA

    Teutonic form of Gothic Amalasuintha, MALASINTHA means "strong worker."

  • Rithan | ரீடந
  • Boy/Male

    Tamil

    Rithan | ரீடந

    Britain

  • Tribhuwan
  • Boy/Male

    Indian, Traditional

    Tribhuwan

    Third Eye of Shiva

  • Raja
  • Boy/Male

    Hindu

    Raja

    King, Hope

  • Evett
  • Surname or Lastname

    English

    Evett

    English : from a pet form of the female personal name Eve.

  • Anupa
  • Girl/Female

    Gujarati, Hindu, Indian, Kannada, Malayalam, Marathi, Tamil, Telugu

    Anupa

    Pond

  • Walliyullah
  • Boy/Male

    Arabic, French, Muslim

    Walliyullah

    Supporter of God

  • Dayavira
  • Boy/Male

    Indian, Sanskrit

    Dayavira

    Heroically Compassionate

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CUBE ROOT

  • Tube
  • n.

    A priming tube, or friction primer. See under Priming, and Friction.

  • Cubo-octahedron
  • n.

    A combination of a cube and octahedron, esp. one in which the octahedral faces meet at the middle of the cubic edges.

  • Cure
  • n.

    Medical or hygienic care; remedial treatment of disease; a method of medical treatment; as, to use the water cure.

  • Cube
  • v. t.

    To raise to the third power; to obtain the cube of.

  • Cube
  • n.

    A regular solid body, with six equal square sides.

  • Quadrantal
  • n.

    A cube.

  • Tube
  • v. t.

    To furnish with a tube; as, to tube a well.

  • Subtriplicate
  • a.

    Expressed by the cube root; -- said especially of ratios.

  • Cue
  • v. t.

    To form into a cue; to braid; to twist.

  • Cubo-octahedral
  • a.

    Presenting a combination of a cube and an octahedron.

  • Cubiform
  • a.

    Of the form of a cube.

  • Tube-shell
  • n.

    Any bivalve mollusk which secretes a shelly tube around its siphon, as the watering-shell.

  • Cube
  • n.

    The product obtained by taking a number or quantity three times as a factor; as, 4x4=16, and 16x4=64, the cube of 4.

  • Cure
  • v. i.

    To restore health; to effect a cure.

  • Cubing
  • p. pr. & vb. n.

    of Cube

  • Cure
  • n.

    Spiritual charge; care of soul; the office of a parish priest or of a curate; hence, that which is committed to the charge of a parish priest or of a curate; a curacy; as, to resign a cure; to obtain a cure.

  • Cubed
  • imp. & p. p.

    of Cube

  • Cure
  • v. t.

    To prepare for preservation or permanent keeping; to preserve, as by drying, salting, etc.; as, to cure beef or fish; to cure hay.