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Joseph and Sandra start biking down the Redstone Trail at the same time. Joseph starts at an entry point 0.50.5 miles from the top of the trail and bikes downhill at a speed of 1414 miles per hour. Sandra starts 2.62.6 miles from the top of the trail and bikes downhill at a speed of 10.510.5 miles per hour.\newlineWhich equation can you use to find hh, the number of hours it will take for Joseph to catch up to Sandra?\newlineChoices:\newline(A) 0.5+14h=2.6+10.5h0.5 + 14h = 2.6 + 10.5h\newline(B) 14+0.5h=10.5+2.6h14 + 0.5h = 10.5 + 2.6h\newlineHow long will it take for Joseph to catch up to Sandra?\newlineSimplify any fractions.\newline____ hours\newline

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Q. Joseph and Sandra start biking down the Redstone Trail at the same time. Joseph starts at an entry point 0.50.5 miles from the top of the trail and bikes downhill at a speed of 1414 miles per hour. Sandra starts 2.62.6 miles from the top of the trail and bikes downhill at a speed of 10.510.5 miles per hour.\newlineWhich equation can you use to find hh, the number of hours it will take for Joseph to catch up to Sandra?\newlineChoices:\newline(A) 0.5+14h=2.6+10.5h0.5 + 14h = 2.6 + 10.5h\newline(B) 14+0.5h=10.5+2.6h14 + 0.5h = 10.5 + 2.6h\newlineHow long will it take for Joseph to catch up to Sandra?\newlineSimplify any fractions.\newline____ hours\newline
  1. Set Up Equation: To find the correct equation, we need to set up an equation that represents the distance each person will travel until Joseph catches up to Sandra. Since they start at different points on the trail, we need to account for their starting positions and their speeds.
  2. Joseph's Distance: Joseph starts 0.50.5 miles from the top of the trail and travels at 1414 miles per hour. So, the distance Joseph travels is 0.50.5 miles plus 1414 miles for every hour (h)(h) he bikes.
  3. Sandra's Distance: Sandra starts 2.62.6 miles from the top of the trail and travels at 10.510.5 miles per hour. So, the distance Sandra travels is 2.62.6 miles plus 10.510.5 miles for every hour (hh) she bikes.
  4. Equation Representation: Joseph will catch up to Sandra when they have both traveled the same distance. Therefore, the equation to represent this situation is:\newline0.5+14h=2.6+10.5h0.5 + 14h = 2.6 + 10.5h\newlineThis is choice (A).
  5. Solve for h: Now, we need to solve the equation for hh to find out how long it will take for Joseph to catch up to Sandra.0.5+14h=2.6+10.5h0.5 + 14h = 2.6 + 10.5hSubtract 10.5h10.5h from both sides to get the hh terms on one side:0.5+14h10.5h=2.6+10.5h10.5h0.5 + 14h - 10.5h = 2.6 + 10.5h - 10.5h
  6. Isolate h Term: Simplify the equation:\newline0.5+3.5h=2.60.5 + 3.5h = 2.6\newlineNow, subtract 0.50.5 from both sides to isolate the term with hh:\newline0.5+3.5h0.5=2.60.50.5 + 3.5h - 0.5 = 2.6 - 0.5
  7. Simplify Equation: Simplify the equation further:\newline3.5h=2.13.5h = 2.1\newlineNow, divide both sides by 3.53.5 to solve for hh:\newlineh=2.13.5h = \frac{2.1}{3.5}
  8. Calculate h Value: Calculate the value of h:\newlineh=0.6h = 0.6\newlineSo, it will take Joseph 0.60.6 hours to catch up to Sandra.

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