4
Applying the rules of BODMAS, -10 + (16/2) = -10 + 8 = -2
Applying the rules of BODMAS, 48 + 45 + 2 + 49 + (1/5) = 144.2
Using BODMAS, 2 + (2/90) - (4 x 3) = -9.97 recurring (that is, -9.97777...)
To solve this expression, we follow the order of operations (PEMDAS/BODMAS). First, we perform the multiplication and division: 4 times 4 is 16, and 4 divided by 4 is 1. Then, we add and subtract: 4 plus 16 is 20, and subtracting 4 gives us a final answer of 16.
(2(4 + 1) - 3)
Following the BODMAS rule will help in solving -46 6/2 plus 3.
-46 6/2 plus 3 can be solved by using the BODMAS system.
5*2+9x-2=0 so, going by BODMAS rule 10+9x-2=0 9x=-10+2 9x=-8 x=-8/9 I think!!
Applying the rules of BODMAS, -10 + (16/2) = -10 + 8 = -2
Applying the rules of BODMAS, 4 + (2 x 9) = 22
Applying the rules of BODMAS, 48 + 45 + 2 + 49 + (1/5) = 144.2
Use BODMAS, idiot.
Applying BODMAS, 32 - (15 x 2) + 3 = 5
Applying the rules of BODMAS, 51 + (2/ -9) = 51 + (-0.2222....) = -51.2 recurring (that is, -51.22222...)
Assuming the use of BODMAS, (5 x 2) + (21 x 4) = 10 + 84 = 94
Using BODMAS, 2 + (2/90) - (4 x 3) = -9.97 recurring (that is, -9.97777...)
BODMAS describes the order in which arithmetic operations must be carried out. B = Brackets O = Order (power or index) D = Division M = Multiplication A = Addition S = Subtraction. So 2+3*4 is not to be calculated as 2+3 = 5 and 5*4 = 20 but 3*4 = 12 and 2+12 = 14 BODMAS requires that the multiplication is calculated before the addition.