Question

when a technological system has multiple subsystems, how do the five components apply? subsystems only need input and output components only the main system has all five components each subsystem must have all five components independently each subsystem has some components, contributing to the overall system function a 3d printer stops working mid - print when it runs out of filament. from a systems perspective, what type of control mechanism would prevent this problem? a faster printing process a feedback sensor monitoring filament levels better input materials a manual shutdown switch

Explanation:

For the first question, in a technological system with multiple subsystems, each subsystem has some components that contribute to the overall system function. They don't all need to have all five components independently, nor is it the case that only the main - system has all five or that subsystems only need input and output.
For the second question, a feedback sensor monitoring filament levels can detect when the filament is running low and take appropriate action to prevent the 3D - printer from stopping mid - print due to lack of filament. A faster printing process, better input materials, or a manual shutdown switch won't address the issue of running out of filament during printing.

Answer:

First question: Each subsystem has some components, contributing to the overall system function
Second question: A feedback sensor monitoring filament levels