Question

\[6 \times 3(3 - 1)\] is equal to

Answer 1

Hint:
Here in this question we will use the rule of BODMAS to solve the given equation. Firstly we will solve the equation inside the brackets and then we will solve the rest of the equation. Then upon solving the rest of the equation we will get the value of the given equation.

Complete step by step solution:
Here we will solve the given equation according to the rule of BODMAS and according to the rule of BODMAS firstly the brackets are solved and then the rest of the equation is solved.
There is only one bracket term in the given equation.
We know that subtraction of 1 from 3 is 2.
So simplifying the bracket term, we get
\[3 - 1 = 2\]
Now we will put the value of this in the given equation. So, equation becomes
\[ \Rightarrow 6 \times 3(3 - 1) = 6 \times 3 \times 2\]
Now we will solve this equation by multiplying the terms. Firstly we will multiply the first two terms of the above equation i.e. 6 and 3 and their result is then multiplied with the remaining term of the equation i.e. 2.
So, we know that 6 times 3 is 18. So, equation becomes
\[ \Rightarrow 6 \times 3(3 - 1) = 18 \times 2\]
Also we know that 18 times 2 is 36. So, we get
\[ \Rightarrow 6 \times 3(3 - 1) = 36\]

Hence, the given equation \[6 \times 3(3 - 1)\] is equal to 36.

Note:
Here we have to note that while solving these types of equations, we have to use the rule of BODMAS. We know that in mathematics, a mathematical expression is solved according to the BODMAS Rule. We should apply the mathematical operations in a particular order which is given by the letters of BODMAS and letters of BODMAS are defined as
B-Brackets
O-Of
D-Division
M-Multiplication
A-Addition
S-Subtraction