17. We see the moonlight at night. Why is this so?
A. The moonlight we see is a reflected light from the sun.
B. The moonlight we see is a light from the Earth.
C. The sun shines at nighttime.
D. The moon has its own light.
18. During the new moon phase, we cannot see the moon at all. Why?
A. The moon revolves around the sun. B. The moon revolves around the Earth. C. The dark part is not being lit by the sun.
D. The lighted part is away from us.
19. What do you see in the sky when the moon is aligned with the sun with its lighted side facing the Earth?
A. Full moon B. Quarter moon
C. Sickle moon D. New moon
20. What causes the phases of the moon to change each night?
A. The season of the year determines the phase of the Moon.
B. The closer the Moon is to Earth, the lighter the Moon reflects.
C. The Moon changes its actual shape throughout the course of the month.
D. The alignment between the Earth, Moon, and Sun determines the amount of light reflected by the Moon.
A. The moonlight we see is a reflected light from the sun.
B. The moonlight we see is a light from the Earth.
C. The sun shines at nighttime.
D. The moon has its own light.
18. During the new moon phase, we cannot see the moon at all. Why?
A. The moon revolves around the sun. B. The moon revolves around the Earth. C. The dark part is not being lit by the sun.
D. The lighted part is away from us.
19. What do you see in the sky when the moon is aligned with the sun with its lighted side facing the Earth?
A. Full moon B. Quarter moon
C. Sickle moon D. New moon
20. What causes the phases of the moon to change each night?
A. The season of the year determines the phase of the Moon.
B. The closer the Moon is to Earth, the lighter the Moon reflects.
C. The Moon changes its actual shape throughout the course of the month.
D. The alignment between the Earth, Moon, and Sun determines the amount of light reflected by the Moon.
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Answer:
1.A.
2.A.
3.A.
4.A.
Explanation:
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hope it help's
correct me if im wrong
Answer:
A.
Explanation:
Moonlight is essentially sunlight reflected from the Moon's surface. Light striking the Moon's ubiquitous pulverized dust is actually somewhat redder than sunlight, but we don't see this with our eyes because it's offset by all the other colors contained in moonlight.