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I need help with this multipart question. BOTH PAGES ENCOMPASS A SINGLE QUESTION, I NEED PARTS D-R ANSWERED. (I don't ne

Posted: Mon Jul 11, 2022 2:34 pm
by answerhappygod
I need help with this multipart question. BOTH PAGES ENCOMPASS A SINGLE QUESTION, I NEED PARTS D-R ANSWERED. (I don't need a large explanation either)
I Need Help With This Multipart Question Both Pages Encompass A Single Question I Need Parts D R Answered I Don T Ne 1
I Need Help With This Multipart Question Both Pages Encompass A Single Question I Need Parts D R Answered I Don T Ne 1 (132.17 KiB) Viewed 189 times
I Need Help With This Multipart Question Both Pages Encompass A Single Question I Need Parts D R Answered I Don T Ne 2
I Need Help With This Multipart Question Both Pages Encompass A Single Question I Need Parts D R Answered I Don T Ne 2 (129.14 KiB) Viewed 189 times
A. a. Moon Position Rising b. Elongation 180° COUNTERCLOCKWISE DIRECTION TO THE MOON. IN THIS CASE THIS IS THE SITUATION, AND THE MOON RISES OR SETS AFTER THE SUN. Since the moon is 90°E of the sun, this places the sun south on the observer's celestial meridian. If we now measure from the sun in a counterclockwise or eastward direction along the ecliptic, it will place the moon at the east point of the horizon. To find the moon's phase note the elongation, and refer to the diagram of question one and determine the B. c. Phase EVIL d. Time 1500 D. a. Moon Position b. Elongation c. Phase d. Time G. * a. Moon Position b. Elongation c. Phase d. Time Setting Midnight 180° Midnight a. Moon Position b. Elongation c. Phase d. Time E. 478h 17,50 west H. a. Moon Position b. Elongation. c. Phase d. Time Using the position of the sun vation. For mid-northern latitudes approximate the time based upon the sun as follows: 6:00 a.m. - rising near east point, noon- south on celestial meridian, 6:00 p.m. - setting near west point, and midnight-below horizon opposite noon position. In this case it is noon. Note that all determinations of angular measure and time are approx- imate, and no measuring devices are used. C. 0300 Gibous 5 Rising Waxing Gibbous a. Moon Position Setting b. Elongation c. Phase d. Time New a. Moon Position at 90° west 3rd Quarter 6:00 p.m. b. Elongation c. Phase d. Time F. a. Moon Position b. Elongation c. Phase d. Time I. a. Moon Position b. Elongation c. Phase d. Time
a. Moon Position b. Elongation c. Phase d. Time M. * a. Moon Position b. Elongation c. Phase d. Time P. East 135°W Rising 3rd Quarter a. Moon Position West b. Elongation 180° c. Phase d. Time K. a. Moon Position b. Elongation c. Phase d. Time N. a. Moon Position b. Elongation c. Phase d. Time Q. a. Moon Position b. Elongation c. Phase d. Time 3. Upon completion of the moon phase dia- grams it should be possible to observe any phase of the moon in the actual sky and determine the phase of the moon from its appearance, the position of the sun and moon, or the moon's location with respect to the horizon. On page 7 are several rep- resentations of the horizon with compass directions indicated, and a photograph of the moon in a particular phase. Based on these representations complete the follow- 0⁰ Noon Setting 45°W Setting 9:00 p.m. a. Moon Position b. Elongation c. Phase d. Time 0. a. Moon Position b. Elongation c. Phase d. Time R. Rising 10:00 p.m. a. Moon Position b. Elongation c. Phase d. Time X Setting 3:00 a.m. ing parts a - e of this question. a. For each of the representations below AF determine and indicate the direc- tion of elongation of the moon, that is indicate whether the moon is either east (E) or west (W) of the sun. b. Using the direction of elongation and the general shape of the moon, determine the phase of the moon and indicate the phase below each representation.