To solve for \( v \) in terms of \( s \), \( t \), and \( u \) from the equation
\[ s = -uvt, \]
we need to isolate \( v \). Here's how to rearrange the equation step by step:
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Start with the original equation: \[ s = -uvt. \]
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To isolate \( uv \), multiply both sides by -1: \[ -s = uvt. \]
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Now, divide both sides by \( ut \) (assuming \( u \) and \( t \) are not zero): \[ v = \frac{-s}{ut}. \]
So, the final expression for \( v \) in terms of \( s \), \( t \), and \( u \) is:
\[ v = \frac{-s}{ut}. \]