On rationalising the denominator of 1/(2...

On rationalising the denominator of `1/(2+sqrt3)` we get :

Text Solution

Verified by Experts

Promotional Banner

Promotional Banner

Topper's Solved these Questions

Lines and Angles
MBD|Exercise Exercise|95 Videos
Polynomials
MBD|Exercise Exercise|257 Videos

Similar Questions

Explore conceptually related problems

On rationalising the denominator of 1/(sqrt3-sqrt2) we get :

On rationalising the denominator of 1/(sqrt4-sqrt3) =

Rationalise the denominator of 1/(7+3sqrt2) .

Rationalise the denominator of 1/sqrt2 .

After rationalising the denominator of 7/(3sqrt3-2sqrt2) , we get the denominator as

Rationalise the denominator of 5/(sqrt3-sqrt5) .

The number obtained to rationaslisng the denominator of 1/(sqrt7-2) is

MBD-Number Systems-Exercise

A rational number between 3 and 4 is :
Text Solution
|
A rational number between 3/5 and 4/5 is :
Text Solution
|
On rationalising the denominator of 1/(2+sqrt3) we get :
Text Solution
|
On rationalising the denominator of 1/(sqrt3-sqrt2) we get :
Text Solution
|
The exponent form of root(3)(7) is :
Text Solution
|
The exponent form of root(8)(61/1123) is :
Text Solution
|
The value 64^(1/2) is :
Text Solution
|
The value 32^(1/5) is :
Text Solution
|
The value 125^(1/3) is :
Text Solution
|
The value 9^(3/2) is :
Text Solution
|
The value 32^(2/5) is :
Text Solution
|
The value 16^(3/4) is :
Text Solution
|
The value 125^-(1/3) is :
Text Solution
|
2^(2/3)*2^(1/5) equals to :
Text Solution
|
11^(1/2)/11^(1/4) equals to :
Text Solution
|
The smallest natural number is :
Text Solution
|
The value of 16^17 div 16^15 is equal to :
Text Solution
|
The value of 25^-(1/2) is :
Text Solution
|
The value of 64^-(3/2) is :
Text Solution
|
The value of 125^(2/3) is :
Text Solution
|