Question: Math 20 -2: MODULE FIVE: Radicals 2. Kepler's third law, T =VKr , can be used to calculate the time it takes for a planet

Math 20 -2: MODULE FIVE: Radicals 2.
Math 20 -2: MODULE FIVE: Radicals 2. Kepler's third law, T =VKr , can be used to calculate the time it takes for a planet to complete one orbit of a star. The average radius of the planet's orbit in km is r, and K is a constant that changes depending on the mass of the star. a. Calculate the value of K if it takes Earth one year to go around the Sun, and Earth is, on average, 1.49 x 108 km from the Sun. Show your work and include a summary statement. (3 marks) www.shutterstock.com - 531927229 Tomin bigte no asp en b. Use your answer from 2.a. to calculate how many Earth years (rounded to the nearest tenth) it takes for Neptune to complete an orbit if Neptune's average orbital radius is 4.46 x 109 km. Show your work and include a summary statement

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