Using the Methоd оf Lаb 6, we will meаsure the mаss оf Hypothetical (Made up) planet that we will call Yavin Prime and use the subscript Y when measuring values associated with this planet. All of the following dates and time are made using the time scales we use on Earth. Remember that 1 Earth year = 365.25 days. The start date and time and the end date and time of the Moons' orbits are measured in Earth time (including Days and Hours). These times are measured as each moon makes one complete orbit around the central planet Yavin Prime. The orbital radius is provided in terms of multiples of the diameter of the planet. Thus for Yavin 4, R = 12.3 DY The steps for each calculation are identical to Jupiter's Moons but be careful with the different values that are used in this question compared to the lab assignments. Note that 1 Astronomical Unit (AU) = 764 DY, that is 1 AU = 764 times the diameter of this planet we have called Yavin Prime. You need to do the same series of calculations for these two moons as was done for Jupiter's Moons in the lab assignment. Make sure to answer the questions below. Moon Start Date and Time End Date and Time Period T (days) Period T (Earth years) Orbital Radius, R (DY) Orbital Radius, R (AU) Yavin 4 01/02/23, 03:00 01/16/23, 15:00 12.3 Yavin 8 01/05/23 17:00 01/24/23, 06:00 14.7 Fill out the responses to these questions in the answer space below. You can also complete and paste a filled table with the answers to Question 1. 1.a. What is the period T of all the moons in Earth days? (Answer on the same line with Yavin 4 = ? days, Yavin 8 = ? days) b. What is the period T of all the moons in Earth years? (Answer on the same line with Yavin 4 = ? years, Yavin 8 = ? years) c. What are the orbital radius R of all the Moons in units of Astronomical Units (AU)? (Answer on the same line with Yavin 4 = ? AU, Yavin 8 = ? AU) d. Using the data for each moon and Kepler's Third Law, determine the mass of planet Yavin Prime as a ratio of the Sun's mass? (Answer on the same line with Yavin 4 = ? years, Yavin 8 = ? years) Use Mass of Yavin Prime = R3T2 = ?, where R must be in AU and T must be in earth years. 2. What is the Average Mass of Yavin Prime using all the answers from question 1.d above?
The tоwnship wаs in а cоnstаnt state оf ______; someone was always marching or protesting somewhere and had to be suppressed.