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The Phases of the Moon Can Be Described Using the Phase

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The phases of the moon can be described using the phase angle The phases of the moon can be described using the phase angle , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: A) A = 2,606,488 mi<sup> 2 </sup> B) A = 686,643 mi<sup> 2 </sup> C) A = 939,611 mi<sup> 2 </sup> D) A = 232,115 mi<sup> 2 </sup> E) A = 171,661 mi<sup> 2 </sup> , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, The phases of the moon can be described using the phase angle , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: A) A = 2,606,488 mi<sup> 2 </sup> B) A = 686,643 mi<sup> 2 </sup> C) A = 939,611 mi<sup> 2 </sup> D) A = 232,115 mi<sup> 2 </sup> E) A = 171,661 mi<sup> 2 </sup> changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by The phases of the moon can be described using the phase angle , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: A) A = 2,606,488 mi<sup> 2 </sup> B) A = 686,643 mi<sup> 2 </sup> C) A = 939,611 mi<sup> 2 </sup> D) A = 232,115 mi<sup> 2 </sup> E) A = 171,661 mi<sup> 2 </sup> , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: The phases of the moon can be described using the phase angle , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: A) A = 2,606,488 mi<sup> 2 </sup> B) A = 686,643 mi<sup> 2 </sup> C) A = 939,611 mi<sup> 2 </sup> D) A = 232,115 mi<sup> 2 </sup> E) A = 171,661 mi<sup> 2 </sup> The phases of the moon can be described using the phase angle , determined by the sun, the moon, and the Earth, as shown in the figure. Because the moon orbits Earth, changes during the course of a month. The area of the region A of the moon, which appears illuminated to an observer on Earth, is given by , where R = 1,080 mi is the radius of the moon. Approximate A for the following position of the moon: A) A = 2,606,488 mi<sup> 2 </sup> B) A = 686,643 mi<sup> 2 </sup> C) A = 939,611 mi<sup> 2 </sup> D) A = 232,115 mi<sup> 2 </sup> E) A = 171,661 mi<sup> 2 </sup>

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