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A scouting troop from Weston is organizing a crab feed to raise money for camp. They need to make at least $1,000\$1,000 to cover the costs of the camp. Tickets for the crab dinner sell for $20\$20 apiece. Those people who don't like crab can purchase the vegetarian dinner ticket for $22\$22 each.\newlineSelect the inequality in standard form that describes this situation. Use the given numbers and the following variables.\newlinex=x = the number of crab dinners sold\newliney=y = the number of alternative dinners sold\newlineChoices:\newline(A) 20x+22y≥1,00020x + 22y \geq 1,000\newline(B) 20x + 22y > 1,000\newline(C) 20x×22y≥1,00020x \times 22y \geq 1,000\newline(D) 20x - 22y > 1,000

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Q. A scouting troop from Weston is organizing a crab feed to raise money for camp. They need to make at least $1,000\$1,000 to cover the costs of the camp. Tickets for the crab dinner sell for $20\$20 apiece. Those people who don't like crab can purchase the vegetarian dinner ticket for $22\$22 each.\newlineSelect the inequality in standard form that describes this situation. Use the given numbers and the following variables.\newlinex=x = the number of crab dinners sold\newliney=y = the number of alternative dinners sold\newlineChoices:\newline(A) 20x+22y≥1,00020x + 22y \geq 1,000\newline(B) 20x+22y>1,00020x + 22y > 1,000\newline(C) 20x×22y≥1,00020x \times 22y \geq 1,000\newline(D) 20x−22y>1,00020x - 22y > 1,000
  1. Calculate Crab Dinner Revenue: Determine the revenue from selling one crab dinner.\newlineRevenue from one crab dinner = $20\$20\newlineNumber of crab dinners sold = xx\newlineTotal revenue from crab dinners = 20×x=20x20 \times x = 20x
  2. Calculate Alternative Dinner Revenue: Determine the revenue from selling one alternative dinner.\newlineRevenue from one alternative dinner = $22\$22\newlineNumber of alternative dinners sold = yy\newlineTotal revenue from alternative dinners = 22×y=22y22 \times y = 22y
  3. Combine Total Revenue: Combine the revenue from crab dinners and alternative dinners to find the total revenue.\newlineTotal revenue = Revenue from crab dinners + Revenue from alternative dinners\newlineTotal revenue = 20x+22y20x + 22y
  4. Determine Revenue Inequality: Determine the inequality that represents the situation where the total revenue must be at least $1,000\$1,000. The troop needs to make at least $1,000\$1,000, so the total revenue must be greater than or equal to $1,000\$1,000. Inequality: 20x+22y≥1,00020x + 22y \geq 1,000

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