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Global Stats
Princeton Review
A motorcycle travels at a speed of \(x\) kilometers per \(p\) hours. How many meters will it travel in \(s\) seconds, in terms of \(s, p\) and \(x\). (\(xps \neq 0; 1\) kilometer \(= 1000\) meters)?
A. \(\frac{xp}{s}\)
B. \(\frac{1000xp}{s}\)
C. \(\frac{sx}{3.6p}\)
D. \(\frac{60xp}{s}\)
E. \(xp3.6*10^s\)
OA C
A motorcycle travels at a speed of \(x\) kilometers per \(p\) hours. How many meters will it travel in \(s\) seconds, in terms of \(s, p\) and \(x\). (\(xps \neq 0; 1\) kilometer \(= 1000\) meters)?
A. \(\frac{xp}{s}\)
B. \(\frac{1000xp}{s}\)
C. \(\frac{sx}{3.6p}\)
D. \(\frac{60xp}{s}\)
E. \(xp3.6*10^s\)
OA C




















