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Two classmates have decided to read all the volumes in a popular series of books. Amy has already read 1010 volumes and will continue to read new ones at a rate of 11 volume per week. Beth, who hasn't started reading the series yet, will read 33 volumes per week. At some point, Beth will catch up with Amy and they will be reading the same book. How many volumes will each girl have read by then?\newlineWrite a system of equations, graph them, and type the solution.\newline____ volumes\newline

Full solution

Q. Two classmates have decided to read all the volumes in a popular series of books. Amy has already read 1010 volumes and will continue to read new ones at a rate of 11 volume per week. Beth, who hasn't started reading the series yet, will read 33 volumes per week. At some point, Beth will catch up with Amy and they will be reading the same book. How many volumes will each girl have read by then?\newlineWrite a system of equations, graph them, and type the solution.\newline____ volumes\newline
  1. Define number of weeks: Let's define the number of weeks as x x . Amy starts with 1010 volumes and reads 11 more each week, so her equation is A=10+x A = 10 + x . Beth starts with 00 volumes and reads 33 each week, so her equation is B=3x B = 3x .
  2. Set equations equal: To find when Beth catches up to Amy, set the equations equal: 10+x=3x 10 + x = 3x .
  3. Solve for x: Solve for x x by subtracting x x from both sides: 10=2x 10 = 2x .
  4. Isolate x: Divide both sides by 22 to isolate x x : x=5 x = 5 .
  5. Plug in x: Plug x=5 x = 5 back into either equation to find the number of volumes each has read. Using Amy's equation: A=10+5=15 A = 10 + 5 = 15 .

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