Ikinji kök hasapçysy
Bir sanyň ikinji köküni we onuň aňsat radikal görnüşini tap
Netijeler ýazýan wagtyň täzelener.
Bu hasapçy hakda
the number is a perfect square, such as 36, the root is a whole number (6) and the tool flags it as a perfect square. The square root calculator returns the principal (positive) square root of a number, plus its simplified radical form and whether the number is a perfect square. Enter any non-negative number to see both the decimal value and the exact radical. When the number is itself a perfect square, such as 36, the root is a whole number (6) and the tool flags it as a perfect square. The square root calculator returns the principalSquare rootsThe square roots are found in Pythagorean theorem, the distance formula, standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean theorem, the distance formula, the standard deviation and quadratic equations.TheSquare roots are found in Pythagorean
Köp soralýan soraglar
Basitleşdirlen Radikal Nädi?
Bu iň uly doly kvadraty faktorasiýa edip bir köki täzeden ýazýar. √72 = √(36×2) = 6√2, which is exact, unlike the rounded decimal 8.485.
Bir sanyň ikinji köki her wagt pozitiwmi?
Her pozitiw san iki sany kvadrat köke eýedir, biri pozitiw we biri negatiw. Bu esbap standart √ netijesi bolan esasy (pozitiw) köki gaýtarýar.
72-niň kvadrat köki näçe?
Bu 8.485, we onuň dogry aňsatlaşdyrylan görnüşi 6√2.
Täze bir dörtburçluk näme?
Bir tam san ki onuň kvadrat köki hem tam san, misal üçin 36 (√36 = 6). Asylly sana sanyň kabul edilişini aýdýar.
Men menzeş bir sanyň kvadrat köküni alyp bilermi?
Küýze sanlar içinde däl - menfi girdejiler küýze kvadrat köküniň ýokdugyny görkezýär. Siz √−4 = 2i bolan küýze sanlara mätäç bolarsyňyz.
Näme üçin onluk ýerinde bir basitleşen radikal görkezmeli?
Radikal şekili dogry. 6√2 dogry, 8.485 bolsa dogrylykdan mahrum bolan dogrylykly bir töwerekleşip yaklaşym.
API — bu hasapçyny koddan ullan
Bu hasapçyny azat JSON ahtar noktasy hökmünde çagyr - açar gerek däl. Aşakdaky meýdança mykdarlaryny soragyň parametrleri ýa-da JSON hökmünde iber. Eňlisçe senedleri oka →
_Soňky
GET https://calculator.free/api/v1/square-root/curl
curl "https://calculator.free/api/v1/square-root/?value=72"JavaScript fetch()
const r = await fetch(
"https://calculator.free/api/v1/square-root/?" + new URLSearchParams({
"value": "72"
}));
const data = await r.json();
console.log(data.results);Netijeler diňe umumy ýardam üçin hasaplanypdyr, maliýe, lukmançylyk ýa-da salgyt maslahaty üçin däl.