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Nathan is meeting his friend Tim at the Crown Valley Dog Park. Nathan lives 22 miles from the park, and Tim lives 44 miles from the park. They leave for the park at the same time, but Nathan and his dog walk at 33 miles per hour, while Tim and his dog jog at 77 miles per hour.\newlineWhich equation can you use to find hh, the number of hours it will take for Nathan and Tim to be the same distance from the park?\newlineChoices:\newline(A) 23h=47h2 - 3h = 4 - 7h\newline(B) 2h3=4h72h - 3 = 4h - 7\newlineHow long will it take for Nathan and Tim to be the same distance from the park?\newlineSimplify any fractions.\newline____ hours\newline

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Q. Nathan is meeting his friend Tim at the Crown Valley Dog Park. Nathan lives 22 miles from the park, and Tim lives 44 miles from the park. They leave for the park at the same time, but Nathan and his dog walk at 33 miles per hour, while Tim and his dog jog at 77 miles per hour.\newlineWhich equation can you use to find hh, the number of hours it will take for Nathan and Tim to be the same distance from the park?\newlineChoices:\newline(A) 23h=47h2 - 3h = 4 - 7h\newline(B) 2h3=4h72h - 3 = 4h - 7\newlineHow long will it take for Nathan and Tim to be the same distance from the park?\newlineSimplify any fractions.\newline____ hours\newline
  1. Set Up Equations: To find the equation that represents the situation, we need to set up an equation that shows when Nathan and Tim will be the same distance from the park. We know that distance equals rate times time, so we can set up the following equations for Nathan and Tim:\newlineFor Nathan: Distance remaining = Initial distance - (Rate ×\times Time)\newlineFor Tim: Distance remaining = Initial distance - (Rate ×\times Time)\newlineSince we are looking for when they are the same distance from the park, we can set these two expressions equal to each other.
  2. Equation for Distance: Nathan's distance from the park after hh hours: 23h2 - 3h\newlineTim's distance from the park after hh hours: 47h4 - 7h\newlineSetting these equal to each other gives us the equation:\newline23h=47h2 - 3h = 4 - 7h
  3. Solve Equation: Now we need to solve the equation 23h=47h2 - 3h = 4 - 7h to find the value of hh, which represents the number of hours it will take for Nathan and Tim to be the same distance from the park.\newlineFirst, we can add 7h7h to both sides of the equation to get all the hh terms on one side:\newline23h+7h=47h+7h2 - 3h + 7h = 4 - 7h + 7h\newline2+4h=42 + 4h = 4
  4. Add and Subtract: Next, we subtract 22 from both sides of the equation to isolate the term with hh: \newline2+4h2=422 + 4h - 2 = 4 - 2\newline4h=24h = 2
  5. Divide to Find h: Finally, we divide both sides of the equation by 44 to solve for hh: \newline4h4=24\frac{4h}{4} = \frac{2}{4}\newlineh=12h = \frac{1}{2}

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