Q1) \( 1 \over{ \sqrt{ 8}} \) = [ \(2\sqrt{2}\over{ 8} \)]

Q1) \( 2 \over{ \sqrt{ 10}} \) = [ \(\sqrt{10}\over{5} \)]

Q1) \({1} \over{ 4 - \sqrt 2} \) = [ \({ 4 + \sqrt 2} \over14 \)]

Q2) \( 1 \over{ \sqrt{ 5}} \) = [ \(\sqrt{5}\over{ 5} \)]

Q2) \( 2 \over{ \sqrt{ 6}} \) = [ \(\sqrt{6}\over{3} \)]

Q2) \({1} \over{ 3 + \sqrt 5} \) = [ \({ 3 - \sqrt 5} \over4 \)]

Q3) \( 1 \over{ \sqrt{ 3}} \) = [ \(\sqrt{3}\over{ 3} \)]

Q3) \( 4 \over{ \sqrt{ 8}} \) = [ \(\sqrt{2} \)]

Q3) \({1} \over{ 3 - \sqrt 3} \) = [ \({ 3 + \sqrt 3} \over6 \)]

Q4) \( 1 \over{ \sqrt{ 6}} \) = [ \(\sqrt{6}\over{ 6} \)]

Q4) \( 3 \over{ \sqrt{ 6}} \) = [ \(\sqrt{6}\over{2} \)]

Q4) \({1} \over{ 4 - \sqrt 3} \) = [ \({ 4 + \sqrt 3} \over13 \)]

Q5) \( 1 \over{ \sqrt{ 10}} \) = [ \(\sqrt{10}\over{ 10} \)]

Q5) \( 5 \over{ \sqrt{ 6}} \) = [ \(5\sqrt{6}\over{6} \)]

Q5) \({1} \over{ 4 + \sqrt 2} \) = [ \({ 4 - \sqrt 2} \over14 \)]