Final answer:
A high rise warehouse should use a system that combines vertical lifting and horizontal transport, such as elevators or hoists and conveyor belts, to move boxes efficiently. The system should account for work done against gravity and control energy changes during lifting and lowering processes.
Step-by-step explanation:
The subject of this question is Physics, typically suitable for a High School grade level. The question seems to relate to an example involving mechanics, specifically the work done and energy transfer when moving objects in a warehouse setting. In this scenario, a high rise warehouse should employ a system that can efficiently lift, transport, and lower goods with minimal energy loss. There are several systems suitable for such operations. A possible system could include a combination of vertical lifting equipment (like elevators or hoists) and horizontal transport systems (like conveyor belts), when considering the efficiency and safety relevant to warehousing operations. For the given example, a 10 kg box lifted 2 m off the floor requires a certain amount of work to be done against gravity (which can be calculated by the formula Work = mass × gravitational acceleration × height). Once on the conveyor, assuming it is frictionless, minimal additional energy is needed to keep the box moving horizontally across the warehouse. Finally, the system should be able to lower the box 1 m onto a shelf smoothly, which would involve controlling the kinetic energy and potential energy changes during the process.