The NASA Star Finder charts are constructed based on the visible night sky at 34° N latitude, about as far north of the equator as Los Angeles, California. Will the constellations on the Star Finder chart shift in the sky if you observe the night sky from further south?(1 point)
Yes, they will shift north.
Yes, they will shift north.
Yes, they will shift south.
Yes, they will shift south.
No, the motion of Earth cancels out with the motions of stars.
No, the motion of Earth cancels out with the motions of stars.
No, the location of the stars in the sky is fixed
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1. Yes, they will shift north.
2. To see how constellations change positions in the sky throughout the year.
3. Hubble Space Telescope
4.first humans on the moon, first lander on Mars, first space shuttle flight
5. International Space Station
6. corona
7. Week 1 starts with a new moon, while week 3 starts with a full moon.
8. week 3 and week 4
9. They both start with a quarter moon.
10. Half of the moon's surface that is illuminated by the sun is visible from Earth's perspective.
11. a total lunar eclipse
12. partial lunar eclipse
13. on the Northern Hemisphere
14. winter
15. an equinox
16 is gonna be on your own fammm
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pls guys
Yes, the constellations on the Star Finder chart will shift in the sky if you observe the night sky from further south. The reason for this is that the position of celestial objects in the night sky appears to change due to the Earth's rotation on its axis.
As you move further south from the 34° N latitude, the apparent path of the stars and constellations will shift towards the north. This happens because the Earth is tilted on its axis, causing different parts of the sky to become visible as we move to different latitudes.
To understand this phenomenon, you can imagine yourself standing at the North Pole and looking straight up at the sky. You would see all the constellations and stars that are visible from the North Pole. However, as you move towards the Equator, you will start to see different stars and constellations because your line of sight is now directed towards a different part of the sky.
Similarly, when observing the night sky from further south than 34° N latitude (such as Los Angeles), you will see a shift in the position of the constellations towards the northern part of the sky. The exact amount of shift will depend on your latitude.
It's important to note that while the constellations may shift in the sky, the motion of the Earth cancels out with the motions of the stars over a long period of time. This means that although the constellations appear to move in the night sky over the course of a night or year, their overall positions remain relatively fixed in relation to each other over long periods of time.