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Simplify: 5×12÷10−(6×4)÷12(120−12)÷(24÷2)−12+7
32
−1
23
1
1
Solve the numerator and denominator separately by applying the BODMAS sequence strictly to each segment before final division.
A mathematical expression involving division, subtraction, multiplication, and addition.
BODMAS Rule: B-Brackets, O-Of, D-Division, M-Multiplication, A-Addition, S-Subtraction
Solve the numerator and denominator separately by applying the BODMAS sequence strictly to each segment before final division.
Performing operations from left to right without respecting the BODMAS order, specifically prioritizing divisions within brackets first.
Simplify the Numerator
First, solve the brackets: (120−12)=108 and (24÷2)=12. Now calculate the numerator: 108÷12−12+7=9−12+7=4.
108÷12−12+7=9−12+7=4
Simplify the Denominator
Solve the multiplication inside brackets: (6×4)=24. Then calculate the whole expression: 5×12÷10−24÷12=60÷10−2=6−2=4.
5×12÷10−24÷12=6−2=4
Final Calculation
Divide the simplified numerator by the simplified denominator: 4÷4=1.
44=1
D is correct because the result of the expression is 1.
This type of simplification is fundamental in Data Interpretation and Simplification questions in RRB exams; always maintain the order of operations to avoid sign errors.