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HDE 226868
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I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The cause of this phenomenon is the tilt of the Earth's axis. As the Earth revolves around the Sun, the tilt changes, the seasons progress, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky, which in turn means that in winter, the Sun appears lower in the sky. In summer, the Sun appears higher in the sky. So as September progresses, the Sun should start getting lower and lower. ?This graphic sums it up:

Fill in the rest and you'll get the answerenter image description here

Check here for more information (which I wish I had found sooner!).

I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The cause of this phenomenon is the tilt of the Earth's axis. As the Earth revolves around the Sun, the tilt changes, the seasons progress, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky, which means that . . . ?

Fill in the rest and you'll get the answer.

The cause of this phenomenon is the tilt of the Earth's axis. As the Earth revolves around the Sun, the tilt changes, the seasons progress, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky, which in turn means that in winter, the Sun appears lower in the sky. In summer, the Sun appears higher in the sky. So as September progresses, the Sun should start getting lower and lower. This graphic sums it up:

enter image description here

Check here for more information (which I wish I had found sooner!).

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HDE 226868
  • 37.4k
  • 3
  • 130
  • 205

I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The phenomenon that causescause of this change in the Sun's motionphenomenon is due to athe tilt of the Earth's axis. As the seasons progressEarth revolves around the Sun, the tilt changes, the seasons progress, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky, which means that  . . . ?

Fill in the rest and you'll get the answer.

I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The phenomenon that causes this change in the Sun's motion is due to a tilt of the Earth's axis. As the seasons progress, the tilt changes, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky which means that. . . ?

Fill in the rest and you'll get the answer.

I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The cause of this phenomenon is the tilt of the Earth's axis. As the Earth revolves around the Sun, the tilt changes, the seasons progress, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky, which means that  . . . ?

Fill in the rest and you'll get the answer.

Source Link
HDE 226868
  • 37.4k
  • 3
  • 130
  • 205

I really, really want to give a full answer, but because this is homework, I'll try to nudge you there.

The phenomenon that causes this change in the Sun's motion is due to a tilt of the Earth's axis. As the seasons progress, the tilt changes, and more or less sunlight hits a given region of Earth, depending on where it is and which way the axis is tilted. This tilt means that the Sun appears to be at a different angle in the sky which means that. . . ?

Fill in the rest and you'll get the answer.