Mr Daniels Maths
Squares Cubes and Roots

Set 1

Set 2

Set 3

Q1) \(6^3\) = [ 216]

Q1) \( \sqrt[3]{27}\)= [ 3 ]

Q1) \( \sqrt[2]{64}\) + \(9 ^ 3\)= [ 737]

Q2) \(2^2\) = [ 4]

Q2) \( \sqrt[2]{49}\)= [ 7 ]

Q2) \( \sqrt[2]{81}\) + \(4 ^ 2\)= [ 25]

Q3) \(5^3\) = [ 125]

Q3) \( \sqrt[2]{16}\)= [ 4 ]

Q3) \( \sqrt[3]{64}\) + \(1 ^ 3\)= [ 5]

Q4) \(10^2\) = [ 100]

Q4) \( \sqrt[2]{9}\)= [ 3 ]

Q4) \( \sqrt[2]{36}\) + \(8 ^ 3\)= [ 518]

Q5) \(7^2\) = [ 49]

Q5) \( \sqrt[2]{49}\)= [ 7 ]

Q5) \( \sqrt[3]{1}\) + \(7 ^ 2\)= [ 50]

Q6) \(2^2\) = [ 4]

Q6) \( \sqrt[2]{81}\)= [ 9 ]

Q6) \( \sqrt[3]{216}\) + \(4 ^ 3\)= [ 70]

Q7) \(10^2\) = [ 100]

Q7) \( \sqrt[3]{729}\)= [ 9 ]

Q7) \( \sqrt[2]{81}\) + \(1 ^ 3\)= [ 10]

Q8) \(2^2\) = [ 4]

Q8) \( \sqrt[3]{216}\)= [ 6 ]

Q8) \( \sqrt[3]{27}\) + \(2 ^ 3\)= [ 11]

Q9) \(2^2\) = [ 4]

Q9) \( \sqrt[2]{64}\)= [ 8 ]

Q9) \( \sqrt[3]{512}\) + \(5 ^ 3\)= [ 133]

Q10) \(5^2\) = [ 25]

Q10) \( \sqrt[2]{9}\)= [ 3 ]

Q10) \( \sqrt[2]{4}\) + \(2 ^ 2\)= [ 6]