Question

MEDAL FOR RIGHT ANSWER!!!

After an avalanche, a huge block of stone slid down a mountain and landed in the middle of a road. People in the nearby town had a very difficult time moving it out of the road. The block of stone is difficult to move because

it has a high amount of momentum
has balanced forces acting on it
it has a high amount of inertia
has unbalanced forces acting on it

Answer 1

@horsegirl27

Answer 2

idk sorry if I were to guess I would say C but idk thee answer sorry

Answer 3

*the

Answer 4

Huge block of stone = a whole lot of mass.

Inertia can be defined as an object's ability to resist changes in motion. If you look at F=ma, you can see that if you keep the force the same, the greater the mass, the lower the acceleration. So a greater mass is resisting movement more - it has more inertia! C is your answer!

Whether the forces acting on it are balanced or unbalanced won't affect the stone's ability to be moved (in this context). Also, it's momentum is 0 (because it is stationary).