Let's analyze each statement one by one to determine which numbers make them true.
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___ + 5 = 0
- To solve for the blank, we subtract 5 from both sides: \[ ___ = 0 - 5 = -5 \] So the answer for this one is -5.
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-3 + ___ = negative number
- Let \( x \) represent the blank. We know that -3 is already negative, and any number added to a negative number is negative if that number is not greater than the absolute value of the negative number. Since -3 is negative, it could be any number greater than -3 or could still be a negative number.
- Therefore, \( x \) could be any number less than or equal to 3 or also a very large negative number. For simplicity, we may use 0 (a neutral number), which fulfills the condition because -3 + 0 = -3 (negative). Other options could include any negative number, but 0 fits clearly.
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___ - 2 = negative number
- Let \( y \) represent the blank. To find the number that fulfills this statement, we need: \[ y - 2 < 0 \] To isolate \( y \), we add 2 to both sides: \[ y < 2 \] Thus, \( y \) should be any number less than 2. A simple example would again be 0.
Putting all the responses together, we can summarize:
- For the first statement: -5
- For the second statement: 0 (could also be negative numbers)
- For the third statement: 0 (or any number less than 2)
You could also further adjust the values of the latter two numbers depending on the requirement to provide diverse numbers or to keep things straightforward.