Question

can anyone can give correct answer with explanation and those who don't no don't give irritated answer​​​​

Answer 1

Answer :-

$i) \: 4 - 3 \times 3 \div 3 - 5 + 2 \\ = 4 - 3 \times 1 - 5 + 2 \\ = 4 - 3 - 5 + 2 \\ = 4 + 2 - 5 - 3 \\ = 6 - 8 \\ = - 2 \\ \\ ii) \: 1 - 2 \: \: of \: \: ( - 6 - (4 + 3)) \div 2 \\ = 1 - 2 \: \: of \: \: ( - 6 - 7) \div 2 \\ = 1 - 2 \: \: of \: - 13 \div 2 \\ = 1 - 2 \times - 13 \div 2 \\ = 1 + 26 \div 2 \\ = 1 + 13 \\ = 14 \\ \\ iii) \: 68 + 10 \: \: of \: \: 5 \div 5 - 6 \: \: of \: \: (15 - 2) \\ = 68 + 10 \: \: of \: \: 5 \div 5 - 6 \: \: of \: \: 13 \\ = 68 + 10 \times 5 \div 5 - 6 \times 13 \\ = 68 + 50 \div 5 - 78 \\ = 68 + 10 - 78 \\ = 78 - 78 \\ = 0 \\ \\ iv) \: 44 - 11 \div (22 - 11) + ( - 3 \times 11) - (11 - 22) \times (2 - 3) \\ = 44 - 11 \div 11 + ( - 33) - ( - 11) \times ( - 1) \\ = 44 - 11 \div 11 - 33 + 11 \times - 1 \\ = 44 - 1 - 33 - 11 \\ = 44 - 45 \\ = - 1 \\ \\ v) \: 2 + 2 \: \: of \: \: ( 2- 2 \div 2 + 2 \: (2 - 2 - 2)) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: \: (2 - 2 \div 2 + 2 \: (2 - 4)) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: \: (2 - 2 \div 2 + 2 \times - 2) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: \: (2 - 1 + 2 \times - 2) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: \: (2 - 1 - 4) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: \: (2 - 5) + 2 \div 2 \times 2 \\ = 2 + 2 \: \: of \: - 3 + 2 \div 2 \times 2 \\ = 2 + 2 \times - 3 + 2 \div 2 \times 2 \\ = 2 - 6 + 2 \div 2 \times 2 \\ = 2 - 6 + 1 \times 2 \\ = 2 - 6 + 2 \\ = 2 + 2 - 6 \\ = 4 - 6 \\ = - 2$

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