Constellations
Distance
Shadows
Earth Patterns
100

We can see different constellations during different months of the year. What Earth patterns causes this?

Earth's orbit around the Sun

100
How is the Sun different than other stars in the universe?

It is the closest star to our planet.

100

If your back is to the south with your shadow pointing directly north and is very short. Is the sun high or low in the sky?

High in the sky.

100
During the day, The Sun rises in the East, gets high in the sky, and sets before nighttime. What pattern causes this.

Earth's rotation on its axis. 

200

True or False: Francis goes outside at 9 PM during December and sees the constellation Taurus. When Francis goes back outside at 9 PM in June, he sees Taurus in the same position in sky.

False.

200

Georgia looked through her telescope at night and found Vega. Vega is twice as wide as the Sun, but through her telescope Vega looks tiny. Why is this?

Since Vega is light years away from the Earth it appears smaller than the Sun even tho it is much larger than the Sun.

200

What causes shadows to follow the pattern that they do each day?

The Sun appearing to be in a different position in the sky because of the Earth's rotation.

200

How could you model the Earth's rotations with a globe and flashlight? (Globe as the Earth and flashlight as the Sun)

By rotating the flashlight around the globe.

By orbiting the globe around the flashlight while the flashlight is still.

By spinning the globe around its axis and keeping the flashlight in the same place.

By spinning the globe around its axis and keeping the flashlight in the same place.

300

Describe the locations of Earth, the Sun, and Orion in December when we can see Orion at nighttime. 

The Earth will be in the middle between the Sun and Orion.

300

Are you looking at the light being produced by stars right at that moment when observing them at night?

No, light takes time to travel. Since these stars can be millions of light years away, it may take their light millions of years to reach us. 

300

When arriving to school the Sun is slightly above the horizon in the east. Where would your shadow be pointing?

Towards the west.

300

Because of Gravity, what happens to a tennis ball when you let go of it?

Gravity pulls it towards the center of the Earth, so it will fall to the ground. 

400

If the Sun is in the middle between the Earth and Sagittarius, will you be able to see Saggittarius during nighttime?

No, we will be facing Sagittarius during the daytime when the Sun blocks out light from other stars.

400

Will a star that is 16 light years away from Earth or a star 20 light years away be brighter in the sky? Why?

A star that is 16 light years away from Earth will appear brighter in the sky because it is closer to the Earth. 

400

There is a stick stuck in the ground and the shadow is pointing towards the east with a long shadow. Describe where the Sun must be in the sky (which direction and if it's high or low in the sky)

The Sun will be in the west and will be low in the sky.

400

Tina goes outside at 8PM and sees the big dipper. How will the big dipper change when she goes back outside the same night at 10PM.

The stars will be the same distance from each over. They will be in a different position in the sky because of Earth's rotation.

500

True or False: There are months when we cannot see certain constellations at all during the night. Why or why not?

True, because of the Earth's orbit around the Sun the Earth will be in different positions in space over the year. This means during certain months we will be facing certain constellations and the Sun at the same time.

500

Why is the Sun the only star that we can see during the day time?

Since the Sun is the closest and brightest star to us, its intense light blocks the light from other stars. 

500

What changes about Shadows each day that we use to tell time?

They point in different directions over time and will change their length. 

500
If you have a flashlight representing the Sun, a basketball representing the Earth, and a baseball representing the Moon. How could you make a model that represents their motion in one year?

Keep the flashlight in the same place while having the basketball orbiting around the light. The baseball will also be orbiting around the basketball.