Momentum Differential

on 26 February 2020. Posted in Classical Mechanics

Momentum Differential Formula
\( \Delta p = F \; \Delta t \)
Symbol	English	Metric
\( \Delta p \) = momentum differential	\(lbm-ft \;/\; sec\)	\(kg-m \;/\; s\)
\( F \) = force	\( lbf \)	\(N\)
\( \Delta t \) = time differential	\( sec \)	\( s \)

Momentum Differential Formula
\( \Delta p = m \; \Delta v \)
Symbol	English	Metric
\( \Delta p \) = momentum differential	\(lbm-ft \;/\; sec\)	\(kg-m \;/\; s\)
\( m \) = mass	\( lbm \)	\(kg\)
\( \Delta v \) = velocity differential	\(ft \;/\; sec\)	\(m \;/\; s\)

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