Final answer:
The true or false question in the context of physics regarding a one-step procedure and two material documents does not apply. However, in the case of physics concepts: a photoconductive cell will create a current if at least one electron is expelled from a photon strike (true), interference types are constructive and destructive (true), wave-particle duality doesn't apply to macroscopic objects (false), and it doesn't suffice to touch two polarized insulating objects to cancel polarization (false).The statement is b) false.
Step-by-step explanation:
The statement regarding the one-step procedure and the creation of two material documents is not related to any physics concept, and it appears to be false. The true or false question types you have provided appear to be from a physics context, so here are clarifications for those:
17. True or false - A current is created in a photoconductive cell, even if only one electron is expelled from a photon strike. The correct answer is true. When a photon strikes a photoconductive material, if it has sufficient energy, it can expel an electron, which contributes to the flow of current.
16. The statement is true; the two types of interference are indeed constructive and destructive interference. Constructive interference occurs when waves add up to a larger amplitude, and destructive interference occurs when waves cancel each other out.
26. True or false - wave-particle duality exists for objects on the macroscopic scale. The correct answer is false. Wave-particle duality is primarily observable at the quantum level, not in everyday macroscopic objects.
39. True or false - Two insulating objects are polarized. To cancel the polarization, it suffices to touch them together. This statement is false. Simply touching two polarized insulating objects together will not necessarily cancel the polarization unless charges are able to move freely, which they can't in insulators.