During a special sale, all video games cost $28 and all movies cost $5. Hansen plans to spend some or all of his $120 in birthday money on these movies and video games.Select the inequality in standard form that describes this situation. Use the given numbers and the following variables.x= the number of video games Hansen can buyy= the number of movies Hansen can buyChoices:(A) 28x+5y≥120(B) 28x+5y≥120(C) 28x−5y≤120(D) 28x+5y≤120
Q. During a special sale, all video games cost $28 and all movies cost $5. Hansen plans to spend some or all of his $120 in birthday money on these movies and video games.Select the inequality in standard form that describes this situation. Use the given numbers and the following variables.x= the number of video games Hansen can buyy= the number of movies Hansen can buyChoices:(A) 28x+5y≥120(B) 28x+5y≥120(C) 28x−5y≤120(D) 28x+5y≤120
Calculate Video Games Cost: Determine the cost per item for video games and movies. Video games cost $28 each, so the total cost for video games is 28 times the number of video games Hansen buys, which is represented by the variable x. Therefore, the cost for video games is 28x.
Calculate Movies Cost: Determine the cost per item for movies. Movies cost $5 each, so the total cost for movies is 5 times the number of movies Hansen buys, which is represented by the variable y. Therefore, the cost for movies is 5y.
Combine Total Costs: Combine the costs for video games and movies to represent the total amount of money Hansen spends. The total cost is the sum of the cost of video games and the cost of movies, which is 28x+5y.
Set Spending Limit: Hansen plans to spend some or all of his $120 in birthday money. This means that the total cost of video games and movies must be less than or equal to$120. Therefore, the inequality that represents this situation is 28x+5y≤120.
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