Use the table to answer questions 13 through 15.NAMEDISTANCE FROMAVERAGEΤΥΡΕORBITDIAMETERSUN (Million Miles)TEMPERATURE ('C)(Earth Days)(Miles)Mercury35Terrestrial883,0325,800Venus67Terrestrial2247,521260Earth93Terrestrial3657,92615Mars142Terrestrial6874,222260Jupiter484433288,8462150GasSaturn8871075574,8982170GasUranus1,7842200Gas3068731,763Neptune2,7956019030,7782220Gas13 Pluto is a dwarf planet that is 3670 million miles from the Sun with adiameter of 1413 miles. Earth is a planet that is 93 million miles fromthe sun with a diameter of 7926 miles. What would best describe hownoontime would look on Pluto?A. It would be bright because Pluto is so small.B. It would be the same as on Earth because it orbits the same Sun.C. It would be dim because Pluto is sofaraway.D. It would be dark because the Earth would block the Sun.

According to Inverse square law, the radiation intensity is inversely proportional to distance.…

13 Pluto is a dwarf planet that is 3670 million miles from the Sun with a diameter of 1413 miles. Earth is a planet that is 93 million miles from the sun with a diameter of 7926 miles, What would best describe how noontime would look on Pluto? A. It would be bright because Pluto is so small.one ors B. It would be the same as on Earth because it orbits the same Sun. C. It would be dim because Pluto is so far away. D. It would be dark because the Earth would block the Sun.

13 Pluto is a dwarf planet that is 3670 million miles from the Sun with a diameter of 1413 miles. Earth is a planet that is 93 million miles from the sun with a diameter of 7926 miles, What would best describe how noontime would look on Pluto? A. It would be bright because Pluto is so small.one ors B. It would be the same as on Earth because it orbits the same Sun. C. It would be dim because Pluto is so far away. D. It would be dark because the Earth would block the Sun.

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter6: Waves And Sound

Section: Chapter Questions

Problem 9Q

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