Question

having problems staying logged in or are you experiencing issues? please visit our troubleshooting section for solutions. pre - and post - collision information is shown. identify the collision parameters that are consistent with the indicated change in momentum. initial state → collision parameters → final state p = 8 kg·m/s 4 kg p = 24 kg·m/s 4 kg tap an option below to select or change an answer. (a + sign indicates a rightward direction; a - sign indicates a leftward direction.) δp = +64 kg·m/s δp = +4 kg·m/s δp = +10 kg·m/s δp = +16 kg·m/s δp = +50 kg·m/s

Explanation:

Step1: Recall the formula for change in momentum

The change in momentum $\Delta p$ is given by the final momentum $p_f$ minus the initial momentum $p_i$, i.e., $\Delta p=p_f - p_i$.

Step2: Identify initial and final momentum values

The initial momentum $p_i = 8\ kg\cdot m/s$ and the final momentum $p_f=24\ kg\cdot m/s$.

Step3: Calculate the change in momentum

$\Delta p=24\ kg\cdot m/s - 8\ kg\cdot m/s=16\ kg\cdot m/s$.

Answer:

$\Delta p = + 16\ kg\cdot m/s$