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Read the description of a proportional relationship.\newlineAnthony has written his own recipe for pot roast. There is a proportional relationship between the weight (in pounds) of the pot roast, xx, and the total cooking time (in hours), yy.\newlineHis recipe says that a 55-pound roast should take 22 hours to cook. Write the equation for the relationship between xx and yy.\newliney=_y = \_

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Q. Read the description of a proportional relationship.\newlineAnthony has written his own recipe for pot roast. There is a proportional relationship between the weight (in pounds) of the pot roast, xx, and the total cooking time (in hours), yy.\newlineHis recipe says that a 55-pound roast should take 22 hours to cook. Write the equation for the relationship between xx and yy.\newliney=_y = \_
  1. Identify Constant of Proportionality: Step 11: Identify the constant of proportionality from the given values.\newlineGiven: 55 pounds of roast takes 22 hours to cook.\newlineTo find the constant of proportionality (kk), use the formula k=yxk = \frac{y}{x}.\newlineCalculation: k=2 hours5 pounds=0.4 hours per pound.k = \frac{2 \text{ hours}}{5 \text{ pounds}} = 0.4 \text{ hours per pound}.
  2. Calculate Constant of Proportionality: Step 22: Write the equation representing the proportional relationship.\newlineUsing the constant of proportionality, the equation for the relationship between the weight of the pot roast xx and the cooking time yy is y=kxy = kx.\newlineSubstitute k=0.4k = 0.4 into the equation.\newlineCalculation: y=0.4xy = 0.4x.

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