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Question Answered step-by-step For the Calculation section, click on the following link:… For the Calculation section, click on the following link:https://ccnmtl.github.io/astro-simulations/circumstellar-habitable-zone-simulator/ Q1. CHZ Width and Star Mass: Access the Circumstellar Habitable Zone Simulator from the Habitable Zones section of the NAAP Labs Application and click reset.A. For main sequence stars (like our Sun), there is a clear Mass-Luminosity relationship: the more massive they are, the more luminous they are. This relationship also has something to do with the width and boundaries of a star’s CHZ. Complete the data table below by entering each star’s mass and determining the inner boundary, outer boundary, and width of its CHZ as accurately as possible. Be sure to click reset in the simulator before completing a new row. Since answers will range from very small to quite large numbers, round your answers to the nearest decimal place indicated for each cell. All units are assumed.Image transcription textStar Mass (“sum 0 Lid 0 l N O O . – lStar Luminosity (Lsuu) (to nearest ten-thousandth) (to nearestthousandth) (to nearest thousandth) (to nearest tenth) (to nearest whole number) (to nearest whole number)(to nearest whole number) ICHZ Inner Boundary (AU) (to nearest thousandth) (to nearest thousan… Show more… Show moreB. Describe the relationship between star mass and the width of its circumstellar habitable zone. What kind of star is the better candidate in terms of providing the maximum CHZ width to an orbiting planet – a low-mass star, or a high-mass star? Explain. Support your response with actual numerical examples from your own data! C. Describe the relationship between a star’s mass and the time a planet spends in its CHZ. What kind of star is the better candidate in terms of one of its planets being able to spend the maximum amount of time in the CHZ – a low-mass star, or a high-mass star? Explain. Support your response with actual numerical examples from your own data!To answer portions A, B, and C, watch the video below.https://bbaddins.schoolcraft.edu/addins/Phys104v3/labs/mod15_sims_hab.htmlhttps://bbaddins.schoolcraft.edu/addins/Phys104v3/lectures/m15_circumstellar.html Science Astronomy PHYS 104 Share QuestionEmailCopy link Comments (0)