To rewrite the algebraic expression \( (3x - 1)(x - 4) \) using the Distributive Property, we will need to distribute each term in the first parenthesis by each term in the second parenthesis.
Let's do the step-by-step distribution:
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Distribute \( 3x \):
- \( 3x \times x = 3x^2 \)
- \( 3x \times (-4) = -12x \)
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Distribute \( -1 \):
- \( -1 \times x = -x \)
- \( -1 \times (-4) = 4 \)
Now, we combine all of these results together:
- \( 3x^2 - 12x - x + 4 \)
Next, combine the like terms:
- The terms \( -12x \) and \( -x \) combine to \( -13x \).
So the final expression becomes:
- \( 3x^2 - 13x + 4 \)
However, note that this expression does not match any options given, so let's check the expected responses closely:
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\( 3x(−1)+3x(3x)+x(−4)+x(x) \) - this is not correctly simplified.
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\( 3x^2−5x+4 \) - this does not match any calculations.
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\( 3x^2+6x+4 \) - this is incorrect according to our calculations.
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\( 3x(x)+3x(−4)+−1(x)+−1(−4) \) - this is a breakdown of the distribution, but it does not represent the simplified result.
Thus, it seems that none of these responses correctly represent the outcome of \( (3x - 1)(x - 4) \) after applying the Distributive Property correctly; however, option 4 shows the correct distribution steps before simplification.