Mr Daniels Maths
Surds:Division

Set 1

Set 2

Set 3

Q1) \(\sqrt 20 \over{ \sqrt{ 4}} \) = [ \(\sqrt{5}\)]

Q1) \(2 \sqrt 16 \over{ \sqrt 8} \) = [ \(2\sqrt{2}\)]

Q1) \(6 \sqrt 10 \over{ 3 \sqrt 5} \) = [ \(2\sqrt{2}\)]

Q2) \(\sqrt 30 \over{ \sqrt{ 3}} \) = [ \(\sqrt{10}\)]

Q2) \(3 \sqrt 45 \over{ \sqrt 9} \) = [ \(3\sqrt{5}\)]

Q2) \(4 \sqrt 3 \over{ 2 \sqrt 3} \) = [ \(2\)]

Q3) \(\sqrt 90 \over{ \sqrt{ 10}} \) = [ \(3\)]

Q3) \(4 \sqrt 2 \over{ \sqrt 1} \) = [ \(4\sqrt{2}\)]

Q3) \(4 \sqrt 25 \over{ 2 \sqrt 5} \) = [ \(2\sqrt{5}\)]

Q4) \(\sqrt 9 \over{ \sqrt{ 3}} \) = [ \(\sqrt{3}\)]

Q4) \(3 \sqrt 35 \over{ \sqrt 7} \) = [ \(3\sqrt{5}\)]

Q4) \(12 \sqrt 1 \over{ 3 \sqrt 1} \) = [ \(4\)]

Q5) \(\sqrt 56 \over{ \sqrt{ 7}} \) = [ \(2\sqrt{2}\)]

Q5) \(2 \sqrt 4 \over{ \sqrt 2} \) = [ \(2\sqrt{2}\)]

Q5) \(10 \sqrt 6 \over{ 5 \sqrt 3} \) = [ \(2\sqrt{2}\)]

Q6) \(\sqrt 42 \over{ \sqrt{ 7}} \) = [ \(\sqrt{6}\)]

Q6) \(2 \sqrt 60 \over{ \sqrt 6} \) = [ \(2\sqrt{10}\)]

Q6) \(8 \sqrt 4 \over{ 2 \sqrt 1} \) = [ \(8\)]

Q7) \(\sqrt 24 \over{ \sqrt{ 4}} \) = [ \(\sqrt{6}\)]

Q7) \(2 \sqrt 100 \over{ \sqrt 10} \) = [ \(2\sqrt{10}\)]

Q7) \(16 \sqrt 10 \over{ 4 \sqrt 5} \) = [ \(4\sqrt{2}\)]

Q8) \(\sqrt 20 \over{ \sqrt{ 10}} \) = [ \(\sqrt{2}\)]

Q8) \(5 \sqrt 54 \over{ \sqrt 6} \) = [ \(15\)]

Q8) \(12 \sqrt 20 \over{ 3 \sqrt 4} \) = [ \(4\sqrt{5}\)]

Q9) \(\sqrt 90 \over{ \sqrt{ 9}} \) = [ \(\sqrt{10}\)]

Q9) \(3 \sqrt 6 \over{ \sqrt 1} \) = [ \(3\sqrt{6}\)]

Q9) \(12 \sqrt 6 \over{ 4 \sqrt 2} \) = [ \(3\sqrt{3}\)]

Q10) \(\sqrt 15 \over{ \sqrt{ 5}} \) = [ \(\sqrt{3}\)]

Q10) \(5 \sqrt 40 \over{ \sqrt 8} \) = [ \(5\sqrt{5}\)]

Q10) \(20 \sqrt 6 \over{ 5 \sqrt 2} \) = [ \(4\sqrt{3}\)]