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This equation shows how the accuracy of Dakota's watch is related to how long it's been since she last set it.\newlines=5ds = 5d\newlineThe variable dd represents the number of days passed since Dakota last set her watch, and the variable ss represents how many seconds behind the watch is. How far behind is Dakota's watch if she last set it 33 days ago?\newline_____ seconds

Full solution

Q. This equation shows how the accuracy of Dakota's watch is related to how long it's been since she last set it.\newlines=5ds = 5d\newlineThe variable dd represents the number of days passed since Dakota last set her watch, and the variable ss represents how many seconds behind the watch is. How far behind is Dakota's watch if she last set it 33 days ago?\newline_____ seconds
  1. Identify Variable: Identify the variable that 33 days corresponds to.\newlinedd represents the number of days since the watch was last set. So, 33 days gives the value for dd.
  2. Substitute Value: We know that d=3d = 3.\newlinePlug in the value for dd in s=5ds = 5d.\newlines=5ds = 5d\newlineSubstitute dd with 33.\newlines=5×3s = 5 \times 3
  3. Solve for ss: s=5×3s = 5 \times 3.\newlineSolve for ss.\newlines=5×3=15s = 5 \times 3 = 15

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