Why does the Moon show phases in the course of the month? 1. The Earth's shadow falls on the Moon to different degrees as the Moon goes around 2. The angle of the Moon makes the Sun changes and we see differing amounts of reflected sunlight 3. More or less light from the Earth is reflected as the Moon turns around it 4. The Moon glows from the inside, and its various continents glow different amounts

Why does the Moon show phases in the course of the month? 1. The Earth's shadow falls on the Moon to different degrees as the Moon goes around 2. The angle of the Moon makes the Sun changes and we see differing amounts of reflected sunlight 3. More or less light from the Earth is reflected as the Moon turns around it 4. The Moon glows from the inside, and its various continents glow different amounts

Horizons: Exploring the Universe (MindTap Course List)

14th Edition

ISBN:9781305960961

Author:Michael A. Seeds, Dana Backman

Publisher:Michael A. Seeds, Dana Backman

Chapter3: Cycles Of The Sun And Moon

Section: Chapter Questions

Problem 5P: Draw a diagram showing Earth, the Moon, and shadows during (a) a total solar eclipse, (b) a total...

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Similar questions

Why have most people seen a total lunar eclipse, while few have seen a total solar eclipse?
Why isn’t there an eclipse at every new moon and at every full moon?
Do the phases of the Moon look the same from every place on Earth, or is the Moon full at different times as seen from different locations?
How Do We know? Why must a scientific argument dealing with some aspect of nature include all of the evidence?
Draw a diagram showing Earth, the Moon, and shadows during (a) a total solar eclipse, (b) a total lunar eclipse, (c) a partial lunar eclipse, (d) an annular eclipse.
H3. A total lunar eclipse is observed on December 31. Predict the next lunar eclipse. A total lunar eclipse will occur when the full moon and the nominal orbit of the moon line up together (The solution of two equations). From the following data algebraic equation for the phase of the moon and nominal orbit of the moon can be formed. A new moon (0%) was observed on December 17 and the full moon (10%) was observed on December 31 along with the nominal orbit of the moon (0%). The brimming orbit of the moon (100%) was observed on November 29. When the two equations are equal a lunar eclipse will occur. How many days from December 31 will next lunar eclipse occur? Given the coming year is a leap year - on what dates will the next 4 total lunar eclipses occur? Show the algebraic solution, any information you use.
Relative to the stars, the moon moves about ___________ eastward in the sky each night. a. 1° b. 5° c. 13° d. 27.3° e. 29.5°
14. Why does Earth not see a lunar eclipse once a month?A. Wait . . . there is a lunar eclipse every month.B. the plane of the Moon’s orbit is tilted to the plane of Earth’s orbitC. the Sun, Earth, and Moon do not line up in this order once a monthD. Because I said so.
2. Give two reasons why it is warmer in summer than in winter. Explain how these two effects cause earth’s seasons.
3.Please draw the picture of solar eclipse and explain solar eclipse. FIRO FIRO
An astronomical unit a.is the average distance from the Earth to the Sun. b.is about 150 million kilometres. c.is measured using radar signals bouncing off Venus. d.has units of distance. e.all of the mentioned choices. Galileo made many discoveries. Which one of these is not attributed to him? a.that the Moon has mountains, valleys and craters b.that the Sun has imperfections known as sunspots c.that four small points of light orbit the planet Jupiter d.the invention of the telescope e.that Venus shows a complete cycle of phases Which one of these statements describes why the planet Venus is much warmer than Earth? a.Venus has a denser and deeper atmosphere. b.It is closer to the Sun than Earth. c.It experienced a 'runaway greenhouse effect' long ago. d.It produces more carbon dioxide than is absorbed by the surface. e.all of the mentioned statements
The Moon has radius RMoon = 1.7 x 106 m and has an angular width on the sky of 1/2° (8.7 x 10-3 radians). a.) Use this information to find the distance from Earth to the Moon. b.) Convert this answer to lightseconds. (Hint: 1 light year is 9.5-10¹5 m). c.) How far from the Earth would a ball 400x as wide as the Moon have to be placed for the Moon to just block out the ball? d.) Convert this to light minutes.