Physics

Distance calculator

\( d \)

= \( s t \)

=   \( \mathrm{ m/s } \) \( \times \)   \( \mathrm{ s } \)

=   \( \mathrm{ m } \)

=   \( \mathrm{ m } \)   (to significant figures)


\( s \)

= \( \displaystyle{\frac{ d }{ t }} \)

=   \( \mathrm{ m } \) \( \div \)   \( \mathrm{ s } \)

=   \( \mathrm{ m/s } \)

=   \( \mathrm{ m/s } \)   (to significant figures)


\( t \)

= \( \displaystyle{\frac{ d }{ s }} \)

=   \( \mathrm{ m } \) \( \div \)   \( \mathrm{ m/s } \)

=   \( \mathrm{ s } \)

=   \( \mathrm{ s } \)   (to significant figures)