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Function

Expert replies
Source: — Problem Solving |

by vikram4689 » Sat Jun 04, 2011 4:57 am
General Rule of | |:
|x| is +ve for x>0
|x| is -ve for x<0

f(1.5)= |x| + |x-2|
= x + [-(x-2)]
= 1.5 + [-0.5)]
=>f(1.5)=1
Premise: If you like my post
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by Frankenstein » Sat Jun 04, 2011 5:10 am
vikram4689 wrote:General Rule of | |:
|x| is +ve for x>0
|x| is -ve for x<0

f(1.5)= |x| + |x-2|
= x + [-(x-2)]
= 1.5 + [-0.5)]
=>f(1.5)=1
Hi,
|x| is never negative.
f(1.5) = |1.5|+|1.5-2| = 1.5+0.5 = 2.
In fact, for any value of x satisfying 0 ≤ x ≤ 2, f(x) = |x| + |x - 2| =2
Cheers!

Things are not what they appear to be... nor are they otherwise
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by Ozlemg » Sat Jun 04, 2011 5:16 am
I agree with Frank!

Because 0 ≤ x ≤ 2,

f(x) = |x| + |x - 2| =2
First part of the equation (red) is (+)ve and second part of (blue) it is (-)ve
so x-x+2=2
The more you suffer before the test, the less you will do so in the test! :)
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by vikram4689 » Sat Jun 04, 2011 7:33 am
Sorry pals I DO NOT agree on this ( though i made a silly mistake on a -ve sign but concept is correct)

General Rule of | |: Google MODULUS FUNCTION GRAPH, it is symm. about y-axis
|x| is +ve for x>0
|x| is -ve for x<0

f(1.5)= |x| + |x-2|
= x + [-(x-2)]
= 1.5 + [-(-0.5)] mistook 1.5-2 as 0.5 , correcting it to -0.5
=2
=>f(1.5)=2
Premise: If you like my post
Conclusion : Press the Thanks Button ;)
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by cans » Sat Jun 04, 2011 9:17 am
If f(x) = |x| + |x - 2| then find the value of F(1.5) for 0 ≤ x ≤ 2
f(1.5) = |1.5| + |1.5-2| = 1.5 + |-.5| = 1.5 + .5 =2
If my post helped you- let me know by pushing the thanks button ;)

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by Anurag@Gurome » Sat Jun 04, 2011 9:38 am
vikram4689 wrote:General Rule of | |: Google MODULUS FUNCTION GRAPH, it is symm. about y-axis
Yes, the modulus graph is symmetrical about y-axis but that does not mean
vikram4689 wrote:|x| is +ve for x>0
|x| is -ve for x<0
|x| is always non-negative for any value of x.

By definition of |x|,
  • |x| = x for x ≥ 0
    |x| = -x for x < 0
Hence, if x is positive, |x| = x = +ve
and if x is negative, |x| = -x = -(-ve) = +ve
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by Frankenstein » Sat Jun 04, 2011 9:39 am
vikram4689 wrote:Sorry pals I DO NOT agree on this ( though i made a silly mistake on a -ve sign but concept is correct)

General Rule of | |: Google MODULUS FUNCTION GRAPH, it is symm. about y-axis
|x| is +ve for x>0
|x| is -ve for x<0
Hi,
You might be having a good picture of modulus but what you have written is still wrong.
Can you give an example for |x| being -ve. By definition modulus is non-negative.
It would be correct to say
|x| is x for x>0
|x| is -x for x<0 --> As x is -ve, -x will be positive.
I think this is what you have intended to write.
Cheers!

Things are not what they appear to be... nor are they otherwise
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by venmic » Sun Jun 05, 2011 2:03 pm
why did you convert the modulus to [-(x-2)] negaive ???????
i disagree
vikram4689 wrote:General Rule of | |:
|x| is +ve for x>0
|x| is -ve for x<0

f(1.5)= |x| + |x-2|
= x + [-(x-2)]
= 1.5 + [-0.5)]
=>f(1.5)=1
Join the discussion

by vikram4689 » Sun Jun 05, 2011 6:29 pm
Actually i confused the whole scenario ;).... what i intended was |x| is -ve for x<0 and when that value of x is substituted in -x than it becomes +ve.

For |x-2|, it is -ve for x<2 i.e.-(x-2) and when i substitute x=1.5 it becomes +ve

Apologies for creating unintended confusion.
Premise: If you like my post
Conclusion : Press the Thanks Button ;)
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by TuanNguyen87 » Sun Jun 05, 2011 8:48 pm
I think we just need to replace x by 1.5 and because 1.5 > 0. Thus,

f(1.5)= |1.5| + |1.5 - 2|= 1.5 + (2 - 1.5)= 2 :)
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by aftableo2006 » Sun Jun 05, 2011 11:14 pm
f(x)=|x|+|x-2|
for x>2 f(x)=x+x-2=2x-2
for x<0 f(x)=-x-x+2=2-2x
for 0<x>2 f(x)=x-x+2=2
s0 f(1.5)=2
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by [email protected] » Thu Jun 09, 2011 7:51 pm
OA is 2
IT IS TIME TO BEAT THE GMAT

LEARNING, APPLICATION AND TIMING IS THE FACT OF GMAT AND LIFE AS WELL... KEEP PLAYING!!!

Whenever you feel that my post really helped you to learn something new, please press on the 'THANK' button.
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by MBA.Aspirant » Thu Jun 09, 2011 7:57 pm
f(1.5) = |1.5| + |1.5-2| = 1.5 + 0.5 = 2
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