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Ezra and Zoe are playing the new video game Knights of the Dawn. At the start of level 77, Ezra had two-thirds as many gold coins as Zoe. During the level, Ezra found 3232 gold coins, but Zoe only found 66. At the end of the level, both players had the same number of gold coins.\newlineWhich equation can you use to find zz, the number of gold coins Zoe had at the start of level 77?\newlineChoices:\newline(A) 23z+32=z+6\frac{2}{3}z + 32 = z + 6\newline(B) z=23z+32+6z = \frac{2}{3}z + 32 + 6\newlineHow many gold coins did Zoe have at the start of level 77?\newline___\_\_\_ gold coins\newline

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Q. Ezra and Zoe are playing the new video game Knights of the Dawn. At the start of level 77, Ezra had two-thirds as many gold coins as Zoe. During the level, Ezra found 3232 gold coins, but Zoe only found 66. At the end of the level, both players had the same number of gold coins.\newlineWhich equation can you use to find zz, the number of gold coins Zoe had at the start of level 77?\newlineChoices:\newline(A) 23z+32=z+6\frac{2}{3}z + 32 = z + 6\newline(B) z=23z+32+6z = \frac{2}{3}z + 32 + 6\newlineHow many gold coins did Zoe have at the start of level 77?\newline___\_\_\_ gold coins\newline
  1. Rephrase the Problem: Let's first rephrase the "How many gold coins did Zoe have at the start of level 77 in the video game Knights of the Dawn?"
  2. Set Up Equation: We need to set up an equation to represent the situation. Let's let zz represent the number of gold coins Zoe had at the start of level 77. According to the problem, Ezra had two-thirds as many gold coins as Zoe at the start, so Ezra had (23)z(\frac{2}{3})z gold coins.
  3. Express with Equation: During level 77, Ezra found 3232 gold coins, and Zoe found 66 gold coins. At the end of the level, they both had the same number of gold coins. We can express this with the equation: $(\frac{\(2\)}{\(3\)})z + \(32\) = z + \(6\).
  4. Solve for z: Now we need to solve the equation for z. First, we subtract \((\frac{2}{3})z\) from both sides to get all the z terms on one side:\(\newline\)\((\frac{2}{3})z + 32 - (\frac{2}{3})z = z + 6 - (\frac{2}{3})z\)\(\newline\)This simplifies to:\(\newline\)\(32 = (\frac{1}{3})z + 6\)
  5. Find \(z\): Next, we subtract \(6\) from both sides to isolate the \(z\) term:\(\newline\)\(32 - 6 = \frac{1}{3}z + 6 - 6\)\(\newline\)This simplifies to:\(\newline\)\(26 = \frac{1}{3}z\)
  6. Find \(z\): Next, we subtract \(6\) from both sides to isolate the \(z\) term:\(\newline\)\(32 - 6 = \frac{1}{3}z + 6 - 6\)\(\newline\)This simplifies to:\(\newline\)\(26 = \frac{1}{3}z\)To find \(z\), we multiply both sides by \(3\):\(\newline\)\(3 \times 26 = z\)\(\newline\)This gives us:\(\newline\)\(z = 78\)

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