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Solve for qq.\newline3q=3|-3q| = 3\newlineWrite your answers as integers or as proper or improper fractions in simplest form.\newlineq=q = _____ or q=q = _____

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Q. Solve for qq.\newline3q=3|-3q| = 3\newlineWrite your answers as integers or as proper or improper fractions in simplest form.\newlineq=q = _____ or q=q = _____
  1. Understand absolute value equation: Understand the absolute value equation.\newlineThe equation 3q=3|-3q| = 3 means that the absolute value of 3q-3q is equal to 33. The absolute value of a number is its distance from zero on the number line, which means it is always non-negative. Therefore, 3q-3q can either be 33 or 3-3.
  2. Set up two equations: Set up two separate equations to solve for qq. Since the absolute value of 3q–3q is 33, we can write two equations: one for the positive case and one for the negative case. Equation 11: 3q=3–3q = 3 Equation 22: 3q=3–3q = -3
  3. Solve first equation for q: Solve the first equation for q.\newlineStarting with Equation 11: 3q=3-3q = 3\newlineDivide both sides by 3-3 to isolate qq.\newlineq=33q = \frac{3}{-3}\newlineq=1q = -1
  4. Solve second equation for qq: Solve the second equation for qq. Now, solve Equation 22: 3q=3-3q = -3 Divide both sides by 3-3 to isolate qq. q=3/3q = -3 / -3 q=1q = 1

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