The inverse proposition of the proposition "if a number is negative, then its square is positive" is______ ．

According to the definition of inverse proposition, we only need to exchange the condition and conclusion, so the inverse proposition of the original proposition is: if the square of a number is positive, then it is negative. So the answer is: if the square of a number is positive, then it is negative

The inverse proposition of the proposition "if a number is negative, then its square is positive" is______ ．

The inverse proposition of the proposition "if a number is negative, then its square is positive" is______ ．

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