Mr Daniels Maths
Bidmas

Set 1

Set 2

Set 3

Q1) 30 \( \div \) 5 -4 = [ 2]

Q1) (3 x 7) + (15 \( \div\) 5) = [ 24]

Q1) \(2 +8 \times 1+2^2 \) = [ 14]

Q2) 9 + 4 x 5 = [ 29]

Q2) (7 x 5) + (35 \( \div\) 5) = [ 42]

Q2) \(2 +4 \times 3+6^2 \) = [ 50]

Q3) 40 \( \div \) 4 -3 = [ 7]

Q3) (1x 1) + (6 \( \div\) 3) = [ 3]

Q3) 6 x \(10+4^ 2 \) = [ 76]

Q4) 5 + 9 x 7 = [ 68]

Q4) (3 x 2) + (14 \( \div\) 2) = [ 13]

Q4) 9 x \(9+3^ 2 \) = [ 90]

Q5) 10 + 10 x 2 = [ 30]

Q5) (5 x 4) + (30 \( \div\) 5) = [ 26]

Q5) 2 x \(9+4^ 2 \) = [ 34]

Q6) 9 + 3 x 7 = [ 30]

Q6) (2 x 10) + (12 \( \div\) 3) = [ 24]

Q6) \(3 + 10^2 \) = [ 103]

Q7) 6 + 20 \( \div \) 5 = [ 10]

Q7) 9 x 9 - (3 x 4) = [ 69]

Q7) \(4 + 4^2 \) = [ 20]

Q8) 18 \( \div \) 2 + 2 = [ 11]

Q8) 3 x 6 - (2 x 2) = [ 14]

Q8) \(4 + 3^2 \) = [ 13]

Q9) 8 \( \div \) 4 + 3 = [ 5]

Q9) 4 x 6 + 2 x 4 = [ 32]

Q9) 6 x \(7+2^ 2 \) = [ 46]

Q10) 5 x 5 + 8 = [ 33]

Q10) (10 x 5) + (6 \( \div\) 2) = [ 53]

Q10) \(4 +9 \times 5+4^2 \) = [ 65]