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Logan is buying soda and juice for a party and wants to spend no more than $44\$44. Soda costs $2\$2 per bottle, and juice costs $3\$3 per bottle.\newlineSelect the inequality in standard form that describes this situation. Use the given numbers and the following variables.\newlinex=x = the number of bottles of soda\newliney=y = the number of bottles of juice\newlineChoices:\newline(A) 2x+3y442x + 3y \leq 44\newline(B) 2x+3y<442x + 3y < 44\newline(C) 3x+2y<443x + 2y < 44\newline(D) 3x+2y443x + 2y \leq 44

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Q. Logan is buying soda and juice for a party and wants to spend no more than $44\$44. Soda costs $2\$2 per bottle, and juice costs $3\$3 per bottle.\newlineSelect the inequality in standard form that describes this situation. Use the given numbers and the following variables.\newlinex=x = the number of bottles of soda\newliney=y = the number of bottles of juice\newlineChoices:\newline(A) 2x+3y442x + 3y \leq 44\newline(B) 2x+3y<442x + 3y < 44\newline(C) 3x+2y<443x + 2y < 44\newline(D) 3x+2y443x + 2y \leq 44
  1. Calculate cost per bottle: Determine the cost per bottle for soda and juice. We are given that soda costs $2\$2 per bottle, which is represented by the variable xx, and juice costs $3\$3 per bottle, which is represented by the variable yy. Therefore, the total cost for soda is 2x2x and the total cost for juice is 3y3y.
  2. Combine individual costs: Combine the costs to express the total expenditure on soda and juice. The total cost for buying xx bottles of soda and yy bottles of juice is the sum of the individual costs, which is 2x+3y2x + 3y.
  3. Apply budget constraint: Apply the budget constraint to the total cost. Logan wants to spend no more than $44\$44 on soda and juice. This means that the total cost for soda and juice must be less than or equal to $44\$44. Therefore, the inequality that represents this situation is 2x+3y442x + 3y \leq 44.

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