r) \( \frac{2 x}{3}=\frac{3 x}{12}-2 \) s) \( 3 x-\frac{2 x}{5}=\frac{3 x}{10}+14 \) f) \( 4 x-3 \) f) \( -\frac{4 x}{}=\frac{2(x-13)}{} \)
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Let's have some fun with your equations! To solve \( \frac{2 x}{3}=\frac{3 x}{12}-2 \), first simplify both sides. Multiply through by 12 to eliminate the fractions: \( 8x = 3x - 24 \). Rearranging gives \( 5x = -24 \), so \( x = -\frac{24}{5} \). Now you bring home the victory by checking your work with substitution! Now, for \( 3 x-\frac{2 x}{5}=\frac{3 x}{10}+14 \), first get a common denominator. Multiply everything by 10 to clear those pesky fractions which turns it into \( 30x - 4x = 3x + 140 \). Combine like terms, solve for \( x = \frac{140}{23} \), and you're one step closer to algebra mastery! And remember, never leave fractions in your final answer—we want that algebra nice and neat!
