Not necessarily... How can we find out?... Use the "vertical test"
First, graph y=f(x). If you can draw a vertical line through more than one point through your graph, the vertical test fails. Otherwise, it passes.
Then graph x=f(y). Repeat the test.
If the Vertical Test passes on both scenarios, then the answer to your original question is YES. Otherwise, the answer is NO.
Simple, right?
2007-01-11 19:32:47
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answer #1
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answered by shoebockz2 1
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It can be, but not necessarily.
The definition of a function is an algorithm that only can produce a single result from a parameter set. It is also possible for the function result to be undefined.
2007-01-11 19:08:54
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answer #2
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answered by J C 5
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i would say if the correlation is an absolute one, then yes, they are used interchangeably. otherwise, x may not be a function of y even though y is a function of x.
2007-01-11 18:53:19
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answer #3
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answered by A Wholesome Heart Loves C F 1
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Yes :
Function means relationship.
If y is dependent on x, then x is linked to y.
The exemple of y=x^2 means that x=sqrt(y)
2007-01-11 18:51:26
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answer #4
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answered by sedfr 3
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Not necessarily. For example, this is not true for y = x^2
2007-01-11 18:44:43
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answer #5
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answered by Anonymous
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No..
Andy is son of Brett, doen not mean Brett is son of Andy !
2007-01-11 18:48:48
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answer #6
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answered by Bernard 3
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Sometimes, but not always.
2007-01-11 18:49:29
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answer #7
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answered by Northstar 7
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no, not possible
2007-01-11 18:49:30
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answer #8
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answered by Curiosity 2
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no, never.
2007-01-11 18:46:45
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answer #9
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answered by Dashes 6
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