Solve 6/2(1+2): Debate on Facebook

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In summary, the debate is about the correct way to evaluate the expression 6/2(1+2) on Facebook. Some believe it simplifies to 1, while others argue it is 9 according to the Order of Operations. The correct answer is 9, as confirmed by a previous discussion on the topic.
  • #1
bweedon03
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This question is on Facebook and my friends and I are in a debate. I believe it is 9 and others think that it is 1. For it to be it should have another set of parenthesis and it would look like 6/(2(1+2)). The way I see it, it would simplify to 6/2*3 and according to Order of Operations, multiplication and Division have equal presidence so you do the problem from left to right. Any other opinions?
 
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  • #2


Pleeeeeeeeeeaaaaaaaaaaaaaaase, not again! :cry:

To make it clear once and for all: there is only ONE way to evaluate that expression using the mathematical rules, and that is 6/2(1+2)=3(1+2)=9. All other ways are unmathematical...
 
  • #3


It's no use micromass. This topic will never die. :smile:

That other thread should be stickied or something.
 
  • #5


I would like to provide a clarification on the correct way to solve this equation. The Order of Operations rule states that multiplication and division should be performed from left to right. Therefore, the correct way to solve 6/2(1+2) is to first solve the parentheses, which gives us 6/2(3). Then, we can perform the division, resulting in 6/6, which simplifies to 1. So, the correct answer is 1, not 9. I understand that there may be confusion due to the lack of parentheses in the original equation, but following the Order of Operations is crucial in obtaining the correct solution. I hope this helps settle the debate among your friends.
 

FAQ: Solve 6/2(1+2): Debate on Facebook

1. What is the correct answer to the equation 6/2(1+2)?

The answer to this equation depends on how you interpret the equation. Some people argue that the answer is 9, while others argue that it is 1. The correct answer also depends on the order of operations used, which can be interpreted differently.

2. Why is there a debate about the answer to this equation?

The debate arises because of a lack of clarity in the equation. It is missing parentheses to clearly indicate the intended order of operations. This ambiguity leads to different interpretations and therefore different answers.

3. Can you explain the order of operations in this equation?

The order of operations, also known as PEMDAS, is a set of rules used to solve equations with multiple operations. "P" stands for parentheses, "E" stands for exponents, "M" and "D" stand for multiplication and division (performed from left to right), and "A" and "S" stand for addition and subtraction (also performed from left to right).

4. How can we resolve the debate about the answer?

The best way to resolve the debate is to add parentheses to the equation to clearly indicate the intended order of operations. This will eliminate the ambiguity and provide a definitive answer. Alternatively, using a calculator can also help to avoid any confusion.

5. Is there a general rule for solving equations with multiple operations?

Yes, as mentioned before, the order of operations (PEMDAS) is a general rule that should be followed when solving equations with multiple operations. However, it is also important to use parentheses to clearly indicate the intended order of operations to avoid any confusion or debate about the answer.

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