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Bunuel
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Bunuel
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Draw graph of |x+8| & x separately.....
You will see |x+8| is always greater than x...
Thus for no value of x x>|x+8|
Ans is 0.
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Draw graph of |x+8| & x separately.....

Posting the graph just in case someone's wondering what it looks like.

Source: Wolfram Alpha
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Here is another way of solving this problem..

Hope this helps..
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Hello Bunuel,

Can you please post the solution to this question?
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How many integer solutions are there to the inequality \(|x+8|<x\)?

A. 0

B. 2

C. 3

D. 8

E. 16

\(|x+8|<x\) means that x will always be positive

Testing values of x
x = 1, then \(|x+8|<x\) does not make sense as 9 < 1 is not possible.
x = 5, then too \(|x+8|<x\) does not make sense as 13 < 5 is not possible.

We can also see that LHS will always be 8 greater than RHS.

Thus, this inequality stands invalid i.e. x has not integer values as solution.

Answer A.
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