Use the equations below:

1) During a docking manoeuvre, a supply pod of mass 4000kg accidentally collides with a small space station of mass 100,000 kg, at a relative velocity of 2.00ms-1. The pod attaches to the station.
You can assume that the space station is stationary before the collision.
A) Calculate the momentum of the system before the collision.
B) State the momentum of the system after the collision.
C) Calculate the change in velocity of the space station
D) Calculate the kinetic energy of the objects before the impact.
E) Explain whether the collision is inelastic or elastic and why.


Your problems are all the same. You do not seem to have tried any. I will outline this one, period.

Initial momentum:
P = 4,000 * 2 + 100,000 * 0 = 8,000
That is of course the final momentum as well.
8,000 = (4,000+100,000) v
Since they stick together, v is the final speed of both and is the change of speed of the station.
Ke before = (1/2)(4,000)(4) + 0
Ke after = (1/2)(104,000)(v^2)

the final Ke will be less than the initial Ke because the collision is inelastic (no springs, stick together, get warm)

Please help with the rest too as each question is the same equations involved but very different and i need help with them.

I think its 0.077ms-1

so is ke before half 4000 times zero?

the answer worlb be zero ek

you square velocity so what is beingquare for velocity before and wat is with the extra number of adding zero

oh= i get 2 squared is 4 ohh

for the second final ek the 0.5 x 104000x2 squared is 208000 which is more

and if the velocity is wrong then how do you do it

if yuo cantwork ou the velocity then how do u know that it is less

is it 0.392 the answer for kinetic enrgy after