Does |3| + |2| = |3 - 2| = 1 or does it equal 5? The book I'm reading gives me seemingly contradictory information that we're searching for the distance between |3| and |2| but then it says |3| + |2| ≠ 1
I'm not really sure how to approach the problem.
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|3| + |2| = 5 |3-2| = 1
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When negative is outside, number is negative When negative is inside, number is positive Just add like normal
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Are you guys doing thay Comm Core bullshit? If so, just set it on fire and have your teacher call me in the morning. 1-900-blowitoutyourass.
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Look at it as |(3-2)|. Worry about what's inside the absolute value symbols first; [i]then[/i] take the absolute value. |3-2| |1| 1
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Hmmm... Try differentiating the function and extrapolate the equation into a polynomial and transform it into an augmented matrix and find the euclidean limit of the binomial resolution in a six dimensional hyperbolic space. That should clear things up.
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Absolute value can also be described as distance from 0. It essentially works like |x|=x and |-x|= x. It's actually very simple. The number is just the same but always positive if it is absolute value. Hope that helped.
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I think I just bursted a brain vessel
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Dude I just got outa school -blam!- this [b]nipples[/b]
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|3-2| = 1 Think of them not only as absolute value bars, but as parenthesis as well. Basically it becomes |1| = 1
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I forgot
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That's algebra...
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Are you stupid? This is grade 10 level math.
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Use a calculator
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The answer is potato. Comm Core, the answer is ALWAYS potato.
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Look up Khan academy. Great tutorials on tons of math subject plus tons of stuff
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Uhh... 1111... 1! Wait... No.
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Edited by Kamots: 7/27/2015 8:45:33 PMAbsolute value means you do all the calculations on the inside, then make that result positive.
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Just do the problem normally, then turn it to a positive. Remember it as distance from 0. |5 - 7| = |-2| so |5 - 7| = 2