Soldato
- Joined
- 3 Oct 2006
- Posts
- 8,537
But can an airplane take off from a treadmill? That is the question.
yes.
But can an airplane take off from a treadmill? That is the question.
Leave UT out of it, excellent game!
It appears that this problem has been discussed to death on many, many other forums as the answer to: 48÷2(9+3). If the other threads are anything to go by, the future of this thread does not look good
In fairness I can see the argument from both sides. It all depends whether you see an extra pair of brackets as being implied by the lack of multiplication symbol, i.e. 2(1+2) is either 2*(1+2) or (2*(1+2)).
I may be misunderstanding you here, but 2(2+1) is the same as 2x(2+1).
2x(2+1) = 2x2 + 2x1 = 6
2(2+1) = 2(3) = 6
[...]
But then Zefan mentioned BODMAS, which means i'm wrong, it's actually:
6/2(1+2)
Brackets: 6/2(3)
There are no operands.
Division next: 3(3)
Then Multiplication, gives an answer of 9.
I'm not saying it's wrong or right, but I would like an explanation as to why my calculator is showing this, thanks![]()
What you've done there is Addition, not Bracket resolution.
I'm not saying it's wrong or right, but I would like an explanation as to why my calculator is showing this, thanks![]()
I'm not saying it's wrong or right, but I would like an explanation as to why my calculator is showing this, thanks![]()
I've got the Casio power graphic fx-9750g and it says one too. It's just ours are doing the multiplication first before the division. That is all.
The two different ways are:
division first
6 / 2(1+2) = x
6 / 2(3) = x
3(3) = x
9 = x
multiplication first
6 / 2(1+2) = x
6 / 2(3) = x
6 / 6 = x
1 = x
So there we go, that's the real answer until we get more parentheses clearly defining the problem.
lol I was so sure it was 9 but this has thrown me![]()
I was pointing out that addition [ 1+2 ] to get to that step had occurred out of BODMAS order.Brackets in 6/2(3) are superfluous.