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There are infinitely many of them.

Take any positive integer k and let 0

then (4k + j)/k is such a fraction, because,


(4k + j)/k = 4k/k + j/k (by the distributive property)

= 4 + j/k

and 0 0


The choice of k is arbitrary meaning there are infinitely many possible answers.






There are infinitely many of them.

Take any positive integer k and let 0

then (4k + j)/k is such a fraction, because,


(4k + j)/k = 4k/k + j/k (by the distributive property)

= 4 + j/k

and 0 0


The choice of k is arbitrary meaning there are infinitely many possible answers.






There are infinitely many of them.

Take any positive integer k and let 0

then (4k + j)/k is such a fraction, because,


(4k + j)/k = 4k/k + j/k (by the distributive property)

= 4 + j/k

and 0 0


The choice of k is arbitrary meaning there are infinitely many possible answers.






There are infinitely many of them.

Take any positive integer k and let 0

then (4k + j)/k is such a fraction, because,


(4k + j)/k = 4k/k + j/k (by the distributive property)

= 4 + j/k

and 0 0


The choice of k is arbitrary meaning there are infinitely many possible answers.




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12y ago

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More answers

There are infinitely many of them.

Take any positive integer k and let 0

then (4k + j)/k is such a fraction, because,


(4k + j)/k = 4k/k + j/k (by the distributive property)

= 4 + j/k

and 0 0


The choice of k is arbitrary meaning there are infinitely many possible answers.




User Avatar

Wiki User

12y ago
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