3 -3-3 -2-2 -2-3 -5 is a-an form of surd-

The correct option is C trinomialSince, like surds can be added, 3√(3) + nbsp;3√(2) + 2√(2) + nbsp;3√(5) = nbsp;3√(3) + 5√(2) + nbsp;3√(5). Since, the e ...

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Byju's Answer

Standard IX

Mathematics

Addition and Subtraction of Surds

3 √3+3 √2+2 √...

Question

3 $\sqrt{3}$ + 3 $\sqrt{2}$ + 2 $\sqrt{2}$ + 3 $\sqrt{5}$ is a/an form of surd.

monomial

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binomial

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trinomial

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quadratic

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Solution

The correct option is C trinomial
Since, like surds can be added,
3 $\sqrt{3}$ + 3 $\sqrt{2}$ + 2 $\sqrt{2}$ + 3 $\sqrt{5}$ = 3 $\sqrt{3}$ + 5 $\sqrt{2}$ + 3 $\sqrt{5}$ .
Since, the expression has 3 different terms, it is a trinomial form of surd.

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Similar questions

Express the answer in pure surds form

3 \sqrt{5} + 2 \sqrt{5} =

3 \sqrt[2]{3}

is a surd.

Q. Find the square root of the following in the form of a binomial surd.

2 + \frac{2}{3} \sqrt{5}

Q. Express the following mixed surds into pure surds.
(i)

16 \sqrt{2}

(ii)

3 \sqrt[3]{2}

(iii)

2 \sqrt[4]{5}

(iv)

6 \sqrt{3}

Q. Prove

3 - 2 \sqrt 5

is irrational.

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3√3 + 3√2 + 2√2 + 3√5 is a/an form of surd.

The correct option is C trinomialSince, like surds can be added, 3√3 + 3√2 + 2√2 + 3√5 = 3√3 + 5√2 + 3√5. Since, the expression has 3 different terms, it is a trinomial form of surd.

3 $\sqrt{3}$ + 3 $\sqrt{2}$ + 2 $\sqrt{2}$ + 3 $\sqrt{5}$ is a/an form of surd.

The correct option is C trinomial
Since, like surds can be added,
3 $\sqrt{3}$ + 3 $\sqrt{2}$ + 2 $\sqrt{2}$ + 3 $\sqrt{5}$ = 3 $\sqrt{3}$ + 5 $\sqrt{2}$ + 3 $\sqrt{5}$ .
Since, the expression has 3 different terms, it is a trinomial form of surd.