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The example problems in my sources don't explicitly back up my claims but they provide some evidence that do go against your claim that parentheses mean multiplication. There is no explicit multiplication in (1+1+1) - (1+1+1) and you're taking things crazy out of context.    I counter your...

The example problems in my sources don't explicitly back up my claims but they provide some evidence that do go against your claim that parentheses mean multiplication. There is no explicit multiplication in (1+1+1) - (1+1+1) and you're taking things crazy out of context.    I counter your...

The links provide the example problems that back up the claim that parentheses don't necessarily mean multiplication. Cause that's what you're supposed to do... you know, back up your claims. 288'ers have an abundance of sources. I haven't seen anything from you except your little drawings on...

The links provide the example problems that back up the claim that parentheses don't necessarily mean multiplication. Cause that's what you're supposed to do... you know, back up your claims. 288'ers have an abundance of sources. I haven't seen anything from you except your little drawings on...

Division sure is the inverse of multiplication. But parentheses don't necessarily mean multiplication. http://math.about.com/library/weekly/aa040502a.htm  

Division sure is the inverse of multiplication. But parentheses don't necessarily mean multiplication. http://math.about.com/library/weekly/aa040502a.htm  

Everyone look at this guy! Pizzas and Gremlins! Can you people honestly take this guy seriously from now on? Parenthesis don't necessarily mean multiplication. Only if no operator (like +,-,*,/ etc) is before the brackets do they mean multiplication. Example 1 Parenthesis don't...

Everyone look at this guy! Pizzas and Gremlins! Can you people honestly take this guy seriously from now on? Parenthesis don't necessarily mean multiplication. Only if no operator (like +,-,*,/ etc) is before the brackets do they mean multiplication. Example 1 Parenthesis don't...

It says 48÷2(9+3). Let's keep looking at the original problem like you keep on saying. You get 288 by not putting a crown on 2(9+3). Don't fall into the hype of the parenthesis. It ain't special and doesn't get to cut to the front of the line for the Order of Operations pack release.

It says 48÷2(9+3). Let's keep looking at the original problem like you keep on saying. You get 288 by not putting a crown on 2(9+3). Don't fall into the hype of the parenthesis. It ain't special and doesn't get to cut to the front of the line for the Order of Operations pack release.

Everyone is getting 288 by looking at the original problem and  following the order of operations and not assuming that 2(9+3) is a special grouping for some random reason.  The (9+3) can, in fact, be seen either as a number multiplied by the result of 48÷2. We are applying basic math rules...

Everyone is getting 288 by looking at the original problem and  following the order of operations and not assuming that 2(9+3) is a special grouping for some random reason.  The (9+3) can, in fact, be seen either as a number multiplied by the result of 48÷2. We are applying basic math rules...

The problem is written on a single line. The linear nature of the notation of the problem, with the lack of additional brackets and parenthesis makes everyone follow the fundamental order of operations. The grouping of 2(9+3) is an ASSUMPTION. Can you get sources where the notations for division...

The problem is written on a single line. The linear nature of the notation of the problem, with the lack of additional brackets and parenthesis makes everyone follow the fundamental order of operations. The grouping of 2(9+3) is an ASSUMPTION. Can you get sources where the notations for division...

From The Richest Man In the World I write to you this letter in order to share some of my life experiences, hoping it will contribute to your education, your way of thinking and living, your emotional well-being, your sense of responsibility to yourselves and to others, your maturity, and...

Whatever y'all are saying has been said before. There's only so many things you can explain about this problem in 90 pages. Endless discussions ensue with either camp trying to prove their point only to be reset every time new posters enter the thread, making the cycle start over again from the...

Whatever y'all are saying has been said before. There's only so many things you can explain about this problem in 90 pages. Endless discussions ensue with either camp trying to prove their point only to be reset every time new posters enter the thread, making the cycle start over again from the...

Whatever y'all are saying has been said before. There's only so many things you can explain about this short problem in 90 pages. Endless discussions ensue with either camp trying to prove their point only to be reset every time new posters enter the thread, making the cycle start over again...