What will happen if an unstoppable force and an immovable object collide?
456313
simple. 'every action has an equal and opposite reaction' remember that one? the unstoppable force will do a 180 degree turn and apply itself in the other direction.
299265
The answer has to be A.\nThe time will be the same because Gravitational force does not depend on the mass of the object, since they start with same velocities and accelerate with the same rate they must hit the ground at the same time.\n\nAnd it obviously has to be the same distance because if it wasn't then they would never hit the ground at the same time in the first place. That would happen because if 2 bodies start with the same speed and have the same acceleration but different displacements then their time has to be different.
771396
Because gravity is the same - so it has the same effect on both objects.  The larger object will strike the ground with a greater force, but both objects will accelerate at the same rate.
458895
yes all the time. \nwhen the two bullets collide, if the speeds are the same then they will explode on impact with a canceled out net force of 0. it will be like the bullet hit a stone wall. the stronger bullet collided with a wek bullet would push it in its direction and the weak one will explode before the strong one. I think......
212614
the wall stops it and the ground starts it again. if the spinning force is greater than the stopping force it would continue to spin after hitting the wall.
501046
the abject that couldnt be stopped would go through the object that couldnt be moved?
170385
There seems to be a missing varible of time. Without a time contraint there is an infinite number of times these balls will touch. I am not sure the minimum distance from the wall though. I guess it would have to be at least smaller than the size of the small ball so the two would actually collide.
761342
We did something like this in my physics lab with an Atwood machine.  It was a pully with weights hanging from it.  I can't exactly remember how it worked, but maybe this will inspire you.  We also did something with an air track and these two masses colliding and we'd see which one would go in which diretcion.  You need a nearly frictionless surface, like an air hockey table or ice slab.
211731
If all forces are in equilibrium then the object won't move even if there are several forces acting on it.
931143
Basically the law you are talking about is the theory that an object in motion will stay in motion until another force acts upon it.\n\nMomentum is calculated by multiplying the mass by the velocity of the object.  There are many applications for these caclulations like if you wanted to find out what would happen in a head on collision between two objects.  You would be able to calculate in which direction the two objects would travel after the collision.\n\nAnyway, here is a website that I found for you that explains it completely.
775382
In quantum physics - nothing touches anything else - so the question is redundant as neither of the balls can physically collide.
145999
No.  It is scientifically impossible.  To move an object you must apply an unbalenced force.  What force is telekinesis?
81552
If you disregard air resistance, both land at the same time.\n\nThe Earth's gravitational pull affects everything equally.
843122
good start.\n\ntotal inital momentum = 480-397.5\n\nthis is an inelasitc collision, and aferwards you have \nboth masses travelling at velocity v:\n\n(75+120)v = 480-397.5\n\nsolve for v.  This is the velocity at which they both slide.\nThe inital energy now is 1/2(75+120)v^2\n\nThis energy is converted to frictional energy:\n\ninital kinetic energy = total work of friction = Fr(distance)\n\nFr = uN = u(120+75)g = .3(195)(9.8)\n\nso we have\n\n.3(195)(9.8)(distance slided) = 1/2(195)v^2 \n\nYou know v form above.  So find distance slided.
592273
Probably a similar thing to that which happens when you reach the sound barrier.  I'm sure the light particles/energy build up and will create an explosion.
329152
Actually this will be unknown forever cause by that time the universe will reach to its "ultimate fate"\nby the way, you can go here to know...\nhttp://en.wikipedia.org/wiki/Ultimate_fate_of_the_universe
1074720
none of the answers is correct , actually magnetic lines of force will be acting in anticlockwise direction.