In the following task, you are given a yes/no question, its answer, and additional information which includes a description of a key term in the question and several facts. Your task is to "decompose the question"i.e. write the steps required to construct the given answer where each step is a question that can be answered using Wikipedia articles. To decompose the question, think of a decomposition strategy you could apply to answer the question through a search against Wikipedia. The decomposition strategy might not be obvious for some questions. For this reason, you are provided with additional information. You are not required to write decompositions that exactly match the provided facts, they are only meant as guidance. If the facts are too noisy, think about how you would have used Wikipedia to answer this question to create the decomposition. "not_definitive_answer" is true if there is no clear answer i.e. the question is ambiguous or a subjective opinion."incorrect_answer" is true if the answer to the question is not correct. If the answer is incorrect, write a decomposition that evaluates the correct answer. Each question should be easy to answer based on simple facts from Wikipedia pages, or a simple check using the answers to preceding questions. To ensure this, we also ask you to enter a potential Wikipedia article that would contain the answer to each question. If you can not think of a Wikipedia page that can answer your question, please think of a different strategy. You do not need to enter a Wikipedia page for steps that don't add new information and only contain simple checks. The answer to the final question is the same as the answer to the original question. Every question's answer has an impact on the final answer and there should be no redundant steps in the decomposition.

Example Input: Question: Does a game engine have a fuel injector?, Answer:No, Description of Game engine: Software-development environment designed for building video games, Fact1: A game engine is the software used to develop video games, Fact2:  A fuel injector is part of an automotive engine
Example Output: Step1: Which kind of engine uses a fuel injector?, Step2: Is 'game engine' a kind of #1?, Wikipedia page for step 1: Fuel injection, Wikipedia page for step 2: Game engine, not_definitive_answer: False, incorrect_answer: False

Example Input: Question: Would Jeremy Bentham think Fabulous 30 is fabulous?, Answer:No, Description of Ontology: study of the nature of being, becoming, existence or reality, as well as the basic categories of being and their relations, Fact1: Jeremy Bentham defined Fabulous entities as those that can be found only in the imagination., Fact2: Fabulous 30 is a 2014 Taiwanese television series., Fact3: Fabulous 30 refers to real women., Fact4: Real women exist outside the imagination.
Example Output: Step1: Where did Jeremy Bentham define fabulous entities as being found in?, Step2: Which characters were featured in Fabulous 30?, Step3: Are #2 found in #1?, Wikipedia page for step 1: Jeremy Bentham, Wikipedia page for step 2: Fabulous 30, Wikipedia page for step 3: , not_definitive_answer: False, incorrect_answer: False

Example Input: Question: Is Mozambique Drill an easy shot for United States Army Ranger?, Answer:Yes, Description of United States Army Rangers: Elite military formation of the United States Army, Fact1: The Mozambique Drill is a close quarters combat technique involving firing two shots to the body and one to the head., Fact2: United States Army Rangers are equipped with M4A1 guns., Fact3: M4A1 guns can fire up to 600 meters.
Example Output:
Step1: What is the The Mozambique Drill?, Step2: What guns are United States Army Rangers equipped with?, Step3: What is the shooting range of #2?, Step4: Would a gun with the range of #3 be helpful in #1?, Wikipedia page for step 1: The Mozambique Drill, Wikipedia page for step 2: United States Army Ranger, Wikipedia page for step 3: M4A1 , Wikipedia page for step 4: The Mozambique Drill, M4A1 , not_definitive_answer: False, incorrect_answer: False