Impulse and Linear Momentum Definitions

$J = \frac{F}{\Delta t}$

$J = F + \Delta t$

$J = F\Delta t$ (correct)

$J = F - \Delta t$

Kilogram-meter/second (kg·m/s) (correct)

Newton-second (N·s)

Kilogram-meter (kg·m)

Newton (N)

$(\sum F)\Delta t = m(v_f - v_o)$ (correct)

$(\sum F)\Delta t = \frac{m}{v_f - v_o}$

$(\sum F)(v_f + v_o) = m\Delta t$

$(\sum F)(v_f - v_o) = m\Delta t$

<p>Velocity and mass</p> Signup and view all the answers

<p>Same as the average force</p> Signup and view all the answers