My friend doesn't understand this equation and %100 sure that she knows the right answer: 48÷2(9+3) = Go, Mathbro's, show her your knowledge.
She should know the rule of VBODMAS
First solve verniculum, then bracket, then off, then division, then multiplication, then addition and at last subtraction
Give it a shot.
See, first in this question what is first bracket
i think you mean vinculum. the thingy like \(\overline{x+3}\)
solve what is in the bracket
so 9+3 = 12
Yes @lgbasallote
So, the equation becomes 48 / 12
Now what is left is division so divide 48 by 12 u get 4 which is ur answer
Got that @Compassionate
you forgot the 2
Woops sorry
48÷2(9+3) 48÷2(9+3) 24 (9 + 3) 24 x 12 288
interesting is if you would do it like \[\frac{48}{2(9+3)}\]ir\[\frac{48}{2}(9+3)\]
Yes because division comes first
@lgbasallote when the question is given in the format @Compassionate has given then we use the VBODMAS rule to clear all such doubts
shouldnt it be VBBPMAS
there isnt a mathematical operation "off" is there?
Yes there is
oh exponent
I meant "of"
Nope
well you dont have exponent in your "VBODMAS"
I meant yes for exponents and nope for your comment that there doesn't exist any
Now it begins.
@lgbasallote of is for exponents
that's an odd way of putting it lol
Which problem are we solving here people? Hello? \[\frac{ 48 }{ 2(9+3) } or \frac{ 48 }{ 2 }(9+3)\]
Also consider which answer is harder to get a whole number for? The one with an answer of 2 or 288? Generally problems are made.
@Kainui what if the same question comes in your exam........ u r not going to write that what do u mean to say................ to remove such problems the rule of VBODMAS is followed
The rule IS followed. What you have to understand is that the left answer is correct. When I wrote it like that it becomes immediately obvious why. See in the left formula you have 2(9+3) whereas in the right formula it is interpreted as .5(9+3) which is clearly wrong. So to clarify, 2 is the correct answer.
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