When we look at the moon, the light that we see is actually the light of the sun reflected by the moon. Half of the moon is always in sunlight and half is always in darkness. Even though half of the moon stays lit, or illuminated, by the sun, the moon appears to have different shapes on different nights. These shapes are called phases. Different phases occur because we see different amounts of the lighted half of the moon on different days. The more of the illuminated side of the moon we see, the larger the moon appears to be. The less of the illuminated side of the moon we see, the smaller the moon appears. For example, during the full moon phase, all of the lighted part of the moon is seen from Earth and the moon appears fully lit. During the new moon phase, when the whole moon appears very dark, only the non-lit part of the moon is visible to Earth. The names of all the phases of the moon are shown below.

Question

When we look at the moon, the light that we see is actually the light of the sun reflected by the moon.  Half of the moon is always in sunlight and half is always in darkness. Even though half of the moon  stays lit, or illuminated, by the sun, the moon appears to have different shapes on different nights.  These shapes are called phases. Different phases occur because we see different amounts of the lighted  half of the moon on different days. The more of the illuminated side of the moon we see, the larger  the moon appears to be. The less of the illuminated side of the moon we see, the smaller the moon  appears. For example, during the full moon phase, all of the lighted part of the moon is seen from  Earth and the moon appears fully lit. During the new moon phase, when the whole moon appears  very dark, only the non-lit part of the moon is visible to Earth. The names of all the phases of the  moon are shown below.
These moon phases occur in a highly predictable pattern. New moon is always followed by waxing  crescent, then first quarter, then waxing gibbous, then full moon, then waning gibbous, then third (or  last) quarter, then waning crescent, then back to new moon. Then the cycle repeats. This cycle of  phases of the moon are caused by the Moon’s revolution around the Earth. One complete cycle of  moon phases takes 29.5 days, or one month (think “moon-th”).

Use the information above to answer the following questions. You must use full sentences to record your response in order to receive full credit.

GPT-4o mini · Answer

Sure, please provide the questions you would like me to answer based on the information about the moon phases.

nut · Answer

Which two dates from the chart above would have nights with a full moon?

GPT-4o mini · Answer

The chart mentioned in your prompt is not provided, so I'm unable to identify specific dates for when a full moon would occur. However, a full moon typically happens once every month in the lunar cycle, approximately every 29.5 days. To determine the exact dates for upcoming full moons, you can consult a lunar calendar or astronomical resource that lists moon phases for the year. If you can share specific dates or the chart details, I'd be happy to help further!

nut · Answer

How much of the lit portion of the moon do we see?
date in 2020 percent illuminated date in 2020 percent illuminated date in 2020 percent illuminated date in 2020 percent illuminated
10/31 100 11/8 50 11/16 3 11/24 72
11/1 99 11/9 41 11/17 8 11/25 80
11/2 97 11/10 30 11/18 15 11/26 87
11/3 93 11/11 20 11/19 24 11/27 93
11/4 87 11/12 11 11/20 33 11/28 97
11/5 80 11/13 5 11/21 43 11/29 99
11/6 71 11/14 1 11/22 51 11/30 100
11/7 62 11/15 0 11/23 63

GPT-4o mini · Answer

Based on the provided data, the following are the dates in 2020 that correspond to specific percentages of the illuminated portion of the moon that we can see:

On October 31, 2020, the moon was 100% illuminated (full moon).
On November 8, 2020, the moon was 50% illuminated.
On November 16, 2020, the moon was 3% illuminated.
On November 24, 2020, the moon was 72% illuminated.

The full moon occurs when we see 100% of the illuminated portion, and in this case, that was on October 31, 2020. The following dates show varying degrees of illumination, reflecting the different phases of the moon during that period.

nut · Answer

write it like a kid wrote it You must use full sentences to record your response

GPT-4o mini · Answer

On October 31, 2020, we could see 100% of the moon lit up, which means it was a full moon. On November 8, 2020, the moon was 50% lit, so we could see half of it. Then on November 16, 2020, the moon was only 3% lit, so it looked like a tiny sliver. Finally, on November 24, 2020, the moon was 72% lit, so it looked bigger than before but not as big as the full moon. It’s cool how the moon changes!

nut · Answer

On October 31, 2020, we could see 100% of the moon lit up, which means it was a full moon. On November 8, 2020, the moon was 50% lit, so we could see half of it. Then on November 16, 2020, the moon was only 3% lit, so it looked like a tiny sliver. Finally, on November 24, 2020, the moon was 72% lit, so it looked bigger than before but not as big as the full moon.

GPT-4o mini · Answer

On October 31, 2020, we could see 100% of the moon lit up, which means it was a full moon. On November 8, 2020, the moon was 50% lit, so we could see half of it. Then on November 16, 2020, the moon was only 3% lit, so it looked like a tiny sliver. Finally, on November 24, 2020, the moon was 72% lit, so it looked bigger than before but not as big as the full moon. I think it's really cool how the moon changes its shape every night!

nut · Answer

Halloween night 2020 had a full moon. Does this mean that the entire moon was lit by the sun on that night? Explain your answer like a kid

GPT-4o mini · Answer

Yes, on Halloween night 2020, the moon was a full moon, which means the whole moon was lit up by the sun! When it's a full moon, we can see all of the bright side because the sun is shining on it. So, it looks like a big, bright circle in the sky! It’s so cool because it feels like the moon is watching over us while we go trick-or-treating!