Science, asked by therealcaseyrose, 1 month ago

The diagram below shows three phases of the moon.

The picture shows Earth on the left and the sun on the right. Earth has a circular orbit around it with eight positions of circular moon shown on the orbit. The position of the moon above Earth is labeled 'Phase 1'. The position of the moon on the left of Earth is labeled 'Phase 2', and the position of the moon below Earth is labeled 'Phase 3'.

Which of these models best represents Phase 1 of the moon in the diagram?

a
The picture shows a full moon.

b
The picture shows the right half of a moon.

c
The picture shows the left half of a moon.

d
The picture shows a crescent shaped moon.

Answers

Answered by dragonfruit3410
0

Answer:

Phase 1 ig

Explanation:

idk man im struggling just like yall

Answered by Jasleen0599
0

a The picture shows a full moon.

These models best represents Phase 1 of the moon in the diagram.

  • Keep in mind that the sun always shines on half of the moon. The day side of the moon is that illuminated half. We need to be able to see the entire moon's day side for it to seem full to us on Earth. It only occurs when the moon is in our sky opposite the sun. When the moon appears as a full disc, the entire side facing us is lit up and is termed Full Moon. a full moon.
  • A full moon is when the complete lighted area of the moon is visible to us. When the moon is positioned so that it is facing away from the sun, it enters this phase.
  • If the Moon is between the Earth and the Sun in its orbit, then the rear side of the Moon is being lit up while the side facing the Earth is under darkness. We refer to this as a new Moon. The near side of the Moon will be completely illuminated when the Moon is opposite the Earth from the Sun, which is known as a full Moon.
  • Absolutely, everyone sees the same phases of the Moon. The Moon's present phase is visible differently to people living north and south of the equator, though. The Moon would be in the same phase wherever you are if you moved to the opposite hemisphere, but it would look backwards from where you are.

#SPJ3

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