For the middle school dance, the student council ordered 18 balloons printed with the school logo. On the night of the party, 4 of the balloons popped. Which problem below represents this scenario using the additive inverse?
The problem that represents this scenario using the additive inverse would be:
18 balloons - 4 popped balloons = ?
For the middle school dance, the student council ordered 18 balloons printed with the school logo. On the night of the party, 4 of the balloons popped. Which problem below represents this scenario using the additive inverse?
-18+4
-18 - 4
18 - (-4)
18 + (-4)
The problem that represents this scenario using the additive inverse is: 18 + (-4).
The problem that represents this scenario using the additive inverse is:
18 balloons - 4 popped balloons.
To represent the scenario using the additive inverse, we need to think about what the additive inverse of "popped balloons" would be.
The additive inverse of 4 popped balloons would be -4 popped balloons.
Therefore, the problem that represents this scenario using the additive inverse is:
18 balloons - 4 popped balloons = 18 - 4 = 14 balloons.