Home / Expert Answers / Physics / what-has-the-most-impulse-in-this-to-have-the-car-keep-moving-forward-stop-right-there-bounce-b-pa518

(Solved): What has the most impulse in this? To have the car: keep moving forward. stop right there. bounce b ...






What has the most impulse in this? To have the car:
keep moving forward.
stop right there.
bounce backward.
slow down.

Here the gun gains a momentum the bullet.
greater magnitude than
the same direction as
less magnitude than
the same magnitude
Question 3
Here a collision does not cause damage due to:
collision avoidance.
little momentum.
increased contact time.
seat
Hence, adding up all the cars, the sum total is always conserved.
distance traveled
energy
velocity
momentum
After one hits another:
total momentum does not conserve.
the two often go in the same direction.
the two often go 90 degrees
A spaceship with fuel is initially at rest at point CG. Fuel is ejected at the back to propel the payload to the forward dire
Two cars in opposite directions were going at \( 65 \mathrm{mph} \) before a collision. They had a head on inelastic collisio
What has the most impulse in this? To have the car: keep moving forward. stop right there. bounce backward. slow down. Here the gun gains a momentum the bullet. greater magnitude than the same direction as less magnitude than the same magnitude as Question 3 Here a collision does not cause damage due to: collision avoidance. little momentum. increased contact time. seat belts. Hence, adding up all the cars, the sum total is always conserved. distance traveled energy velocity momentum After one hits another: total momentum does not conserve. the two often go in the same direction. the two often go 90 degrees to each other. most of the energy is lost. A spaceship with fuel is initially at rest at point CG. Fuel is ejected at the back to propel the payload to the forward direction. After a long time, the total fuel ejected out has a mass of ., and center of gravity moving backward at . The forward speed of the payload relative to is . The payload mass is Ib. Ex. 9.8 Two cars in opposite directions were going at before a collision. They had a head on inelastic collision, i.e. the two cars stuck together afterward. The common speed of the combined piece right after the collision is . The mass of Car 1 was . Car 2 was heavier. The mass of Car 2 was Ib. Ex. 9.9


We have an Answer from Expert

View Expert Answer

Expert Answer


We have an Answer from Expert

Buy This Answer $5

Place Order

We Provide Services Across The Globe