Which situation is best modeled by the equation 11 + x = 28?
CLEAR CHECK
A You pay $11 for a movie ticket and some amount at the concession stand for a total of $28.
B You have $28 left after spending $11 and some other amount.
C evelven friends each pay the same amount for a cup of fruit, and the total is $28.
D the price of a board game, $11, was decreased by some amount to $28.
The situation best modeled by the equation 11 + x = 28 is option A: You pay $11 for a movie ticket and some amount at the concession stand for a total of $28.
The situation that is best modeled by the equation 11 + x = 28 is option B.
In this situation, you have $28 left after spending $11 and some other amount.
To determine which situation is best modeled by the equation 11 + x = 28, we need to break down each option and analyze them:
A) You pay $11 for a movie ticket and some amount at the concession stand for a total of $28. In this scenario, the equation does not accurately represent the given situation because it only represents the cost of the movie ticket (the $11) and not any additional expenses at the concession stand.
B) You have $28 left after spending $11 and some other amount. This scenario aligns with the given equation. If you initially have $11, and you spend some additional amount represented by "x," the remaining balance should be $28.
C) Eleven friends each pay the same amount for a cup of fruit, and the total is $28. This scenario does not fit the equation because it involves multiple people paying the same amount, which would require multiplication rather than addition.
D) The price of a board game, $11, was decreased by some amount to $28. This option also aligns with the equation. If the initial price of the board game was $11, and it was decreased by "x," the final price would be $28.
Based on the analysis, option B, "You have $28 left after spending $11 and some other amount," is the situation best represented by the equation 11 + x = 28.