Question 24 (1 point) Wo boxes are connected over a frictionless pulley and held at rest as illustrated in the diagram. Box A has a mass of 15 kg Box B has a mass of 12 kg When the system is released, Box A moves downward and Box B moves upward. B What statement describes the situation just before Box A hits the floor? At that moment. the gravitational potential energy of Box A before release = final kinetic energy of Box B + gravitational potential energy of Box B due to its height above the floor. At that moment. the gravitational potential energy of Box A before release = final kinetic energy of Box B due to its height above the floor. At that moment, the gravitational potential energy of Box A before release = final kinetic energy of Box A + final kinetic energy of Box B. At that moment. the gravitational potential energy of Box A before release = gravitational potential energy of Box B due to its height above the floor. Question 25 (1 point) Listen Which of the following describes an inelastic collision between two bodies? Both momentum and kinetic energy are conserved following the collision. O Momentum is conserved following the collision, but kinetic energy is lost and permanently transferred to other forms of energy. O Kinetic energy is conserved, but momentum is permanently lost following the collision. )Both momentum and kinetic energy are lost following the collision