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Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?
Instructions: DO NOT USE CALCULATOR. Figures are not drawn to scale. If \(x > z\) and \(y < - z\) where z is a positive integer, then which of the following must be true?