Given that `sqrt(2)=1. 414\ a n d\ sqrt(5)=2. 236 ,` evaluate each of the following `sqrt((36)/5)` (ii) `sqrt((625)/(98))`

Given that : sqrt(2)=1. 414 ,\ sqrt(3)=1. 732 ,\ sqrt(5)=2. 236\ a n d\ sqrt(7)=2. 646 , evaluate each of the following : sqrt((144)/7)

Find the value to three places of decimals of each of the following. It is given that sqrt(2)=1. 414 ,\ \ sqrt(3)=1. 732\ ,\ \ \ sqrt(5)=2. 236 and sqrt(10)\ =\ \ 3. 162 (i) (2+\ sqrt(3))/3 (ii) (sqrt(2)-\ 1)/(sqrt(5))

Find the value to three places of decimals of each of the following. It is given that sqrt(2)=1. 414 ,\ \ sqrt(3)=1. 732\ ,\ \ \ sqrt(5)=2. 236 and sqrt(10)\ =\ \ 3. 162 (i) 2/(sqrt(3)) (ii) 3/(sqrt(10))

Evaluate the following: \ (3+sqrt(2))^5-(3-sqrt(2))^5

If sqrt(2)=1.414,sqrt(3)=1.732 , find the value of the following : (i)(sqrt(2)+1)/(sqrt(2)-1)" "(ii)(sqrt(3)-1)/(sqrt(3)+1)" "(iii)(2+sqrt(6))/(sqrt(2))

Rationalise the denominator of each of the following (i) 1/(sqrt(12)) (ii) (sqrt(2))/(sqrt(5))

Find the values of each of the following correct to three places of decimals, it being given that sqrt(2)=1. 4142 ,\ sqrt(3)=1. 732 ,\ \ sqrt(5)=2. 2360 ,\ sqrt(6)=2. 4495 and sqrt(10)=3. 162. (i)\ (3-sqrt(5))/(3+2sqrt(5)) (ii)\ (1+sqrt(2))/(3-2sqrt(2))

Rationalise the denominator of each of the following (i) 3/(sqrt(5)) (ii) 3/(2sqrt(5))

Given that sqrt(2)=1. 414 ,\ sqrt(3)=1. 732 ,\ sqrt(5)=2. 236\ a n d\ sqrt(7)=2. 646 , find the square roots of the following : (256)/(5)

Given that sqrt(2)=1. 414 ,\ sqrt(3)=1. 732 ,\ sqrt(5)=2. 236\ a n d\ sqrt(7)=2. 646 , find the square roots of the following : (169)/(75)