How do you simplify $\sqrt{350}$?
Answer
597.3k+ views
Hint: The square root $\sqrt{x}$ of a given variable x is equal to a value which when multiplied by itself will give x. It is like an inverse function of squaring. To simplify the given square root we have to find out its factors so that we can identify this pattern.
Complete Step by Step Solution:
The given square root value is $\sqrt{350}$.
Let us now factorize the number 350 to find out its factors.
$\Rightarrow \sqrt{350}=\sqrt{2\times 5\times 5\times 7}$
Here we can see that $5\times 5={{5}^{2}}$ and we know that the square is an inverse function of its square root. Therefore they will cancel each other ie., $\sqrt{{{5}^{2}}}=5$. So, we can take the factor 5 out of the square root.
$\Rightarrow \sqrt{350}=5\sqrt{2\times 7}$
$\Rightarrow \sqrt{350}=5\sqrt{35}$
Hence the simplified form of $\sqrt{350}$ is equal to $5\sqrt{35}$.
Note:
The cube of a given variable x is equal to x raised to the power of three (${{x}^{3}}$). The cube root is an inverse function of the cube. Therefore they will cancel each other ie.,$\sqrt[3]{{{x}^{3}}}=x$. Generally, the root function can have any degree and so we can state that $\sqrt[n]{{{x}^{n}}}=x$.
Complete Step by Step Solution:
The given square root value is $\sqrt{350}$.
Let us now factorize the number 350 to find out its factors.
$\Rightarrow \sqrt{350}=\sqrt{2\times 5\times 5\times 7}$
Here we can see that $5\times 5={{5}^{2}}$ and we know that the square is an inverse function of its square root. Therefore they will cancel each other ie., $\sqrt{{{5}^{2}}}=5$. So, we can take the factor 5 out of the square root.
$\Rightarrow \sqrt{350}=5\sqrt{2\times 7}$
$\Rightarrow \sqrt{350}=5\sqrt{35}$
Hence the simplified form of $\sqrt{350}$ is equal to $5\sqrt{35}$.
Note:
The cube of a given variable x is equal to x raised to the power of three (${{x}^{3}}$). The cube root is an inverse function of the cube. Therefore they will cancel each other ie.,$\sqrt[3]{{{x}^{3}}}=x$. Generally, the root function can have any degree and so we can state that $\sqrt[n]{{{x}^{n}}}=x$.
Recently Updated Pages
Master Class 11 English: Engaging Questions & Answers for Success

Master Class 11 Social Science: Engaging Questions & Answers for Success

Master Class 11 Maths: Engaging Questions & Answers for Success

Master Class 11 Biology: Engaging Questions & Answers for Success

Master Class 11 Physics: Engaging Questions & Answers for Success

Master Class 11 Chemistry: Engaging Questions & Answers for Success

Trending doubts
In Indian rupees 1 trillion is equal to how many c class 8 maths CBSE

What is BLO What is the full form of BLO class 8 social science CBSE

What are the 12 elements of nature class 8 chemistry CBSE

Citizens of India can vote at the age of A 18 years class 8 social science CBSE

Which of the following leader has given the term insensate class 8 social science CBSE

Name the states through which the Tropic of Cancer class 8 social science CBSE


