If a truck collides with a car, can the truck experience a larger force? I am confused, here is a question:

A large truck and a mini bus both have same velocity V and they collide and stop. The collision lasts for 1 second.
A) Which one of the two will experience larger force of impact?

I am confused about the answer which is coming that truck will experience larger force. But Newton's Third Law of motion says that 'to every action there is an equal and opposite reaction'. So the force experienced by the truck should be same to that experienced by the car, but negative, isn't it?
Please help.
 A: They both experience the same force because of the impact, due to the Newton's third law, like you say.
I think the question is not clear enough. If you assume there is no friction between the trucks and the ground, then you can use momentum considerations.
I know this shouldn't be an answer, but I'm new and I can't post a comment, yet.
A: The author of the question presumably expects you to notice these facts 


*

*both have the same velocity 

*they collide and stop

*The collision last for one second
and to work out the total force acting on each vehicle from the change in their momentum.
The answer given is arguable correct if the author is talking about the total force (i.e. not just the force between them), but the question is faulty because your interpretation is at least as natural.
A: The question has illogical parameters that are probably not correct. It is unclear to what force exactly they are referring here.
Consider the following question: A mosquito and a  truck collide; both have the same velocity; they collide and and it takes one second for them to stop.
That clearly illustrates the foolishness of the question. It sets parameters that are clearly not correct.
