sqrt[3]{0027}-sqrt[3]{1-124/123}+sqrt[3]{0001} eching

$$\sqrt[ 3 ]{ 0027 } - \sqrt[ 3 ]{ 1- \frac{ 124 }{ 123 } } + \sqrt[ 3 ]{ 0001 }$$

Baholash

$$\frac{123^{\frac{2}{3}}}{123}\approx 0,201078188$$

Yechim qadamlari

0 hosil qilish uchun 0 va 0 ni ko'paytirish.

$$\sqrt[3]{0\times 27}-\sqrt[3]{1-\frac{124}{123}}+\sqrt[3]{0\times 0\times 0\times 1}$$

0 hosil qilish uchun 0 va 27 ni ko'paytirish.

$$\sqrt[3]{0}-\sqrt[3]{1-\frac{124}{123}}+\sqrt[3]{0\times 0\times 0\times 1}$$

\sqrt[3]{0} ni hisoblab, 0 natijasiga ega bo‘ling.

$$0-\sqrt[3]{1-\frac{124}{123}}+\sqrt[3]{0\times 0\times 0\times 1}$$

-\frac{1}{123} olish uchun 1 dan \frac{124}{123} ni ayirish.

$$0-\sqrt[3]{-\frac{1}{123}}+\sqrt[3]{0\times 0\times 0\times 1}$$

0 hosil qilish uchun 0 va 0 ni ko'paytirish.

$$0-\sqrt[3]{-\frac{1}{123}}+\sqrt[3]{0\times 0\times 1}$$

0 hosil qilish uchun 0 va 0 ni ko'paytirish.

$$0-\sqrt[3]{-\frac{1}{123}}+\sqrt[3]{0\times 1}$$

0 hosil qilish uchun 0 va 1 ni ko'paytirish.

$$0-\sqrt[3]{-\frac{1}{123}}+\sqrt[3]{0}$$

\sqrt[3]{0} ni hisoblab, 0 natijasiga ega bo‘ling.

$$0-\sqrt[3]{-\frac{1}{123}}+0$$

Har qanday songa nolni qo‘shsangiz, o‘zi chiqadi.

$$0-\sqrt[3]{-\frac{1}{123}}$$