Bounding Boxes

Ray Casting

Sweep and Prune

All of the above

To calculate the direction of the collision

To calculate the force of the collision

To determine how objects should move after a collision

All of the above

Impulse-based

Penetration-based

Constraint-based

All of the above

In an elastic collision, objects bounce off each other, while in an inelastic collision, objects stick together.

In an elastic collision, objects lose energy, while in an inelastic collision, objects gain energy.

In an elastic collision, objects deform, while in an inelastic collision, objects do not deform.

None of the above

Bounding Spheres

Bounding Boxes

Octrees

All of the above

To identify potential collisions between objects

To calculate the exact point of collision between objects

To determine how objects should move after a collision

None of the above

To identify potential collisions between objects

To calculate the exact point of collision between objects

To determine how objects should move after a collision

None of the above

GJK

EPA

Minkowski Difference

All of the above

A contact point is the point where two objects touch, while a collision point is the point where two objects collide.

A contact point is the point where two objects collide, while a collision point is the point where two objects touch.

There is no difference between a contact point and a collision point.

None of the above

Impulse-based

Penetration-based

Constraint-based

All of the above

To determine how much energy is lost in a collision

To determine the direction of the collision

To determine the force of the collision

None of the above

Slide

Bounce

Stick

All of the above

Slide

Bounce

Stick

All of the above

To determine how much energy is lost in a collision

To determine the direction of the collision

To determine the force of the collision

To determine how much force is required to move an object along a surface

Ray Casting

Sweep and Prune

Octrees

All of the above