Day & Night
Earth's Tilt and..
Our place in space
Our place in space 2
Wild Card
400

The spinning of the Earth on it's axis

Rotation

400

the process of Earth traveling around the Sun.

Orbit/Revolve

400

What galaxy do we reside in?

What is the Milky Way?

400

Number of stars in our solar system

One (the sun) 

400

N-N S-S These are examples of _______________ poles. 

Like

800

The direction in which the earth rotates

Counter-clockwise (objects appear to move east to west)

800

At these times of year (Seasons) the sunlight shines equally on the northern and southern hemispheres. EQUINOX

Spring and Fall

800

Area of a magnet where the force is stronger. 

what are the POLES 

800

How long is Earth's orbit? 

What is 365 days? 

800

Number of stars in our solar system

What is one? the SUN

1200

The length of time that it takes for Earth to rotate once

24 hours 

1200

If it is Summer in the Northern Hemisphere, what season is it in the Southern Hemisphere? 

What is Winter?

1200

What is the magnetic force? 

The push or pull/attract or repel

1200

Who is Aristotle? What type of model did he create? 

Greek Philosopher-Geocentric 

1200

N-S is an example of ______________ poles.

Unlike

1600

What causes the daily pattern of day and night?

What is Earth's rotation?

1600

What determines whether or not a material is magnetic? 

Alignment of atoms/domains

1600

Which planets to we refer to as the "gas giants"?

What are the outer planets (Jupiter, Saturn, Uranus, Neptune)?

1600

What orbits Earth? How does it stay in orbit? 

What is the moon and gravity? 

1600

In a permanent magnet the domains are ___________.

Aligned 

2000

Do we see the same stars all year long? Why or why not? 

No, the stars we see change throughout the year as the Earth orbits around the sun.
2000

Three things that change as a result of Earth's revolution.

1. Length of day and night

2. Seasons

3. Star patterns 

2000

Patterns: Gravity and Magnetism are examples of non-contact forces. (true or false) 

True 

2000

The relationship between a meteoroid, a meteor and a meteorite. 

Meteoroid is orbiting the sun, the meteor is traveling through Earth's atmosphere and a meteorite has made it to the surface (land). 

2000

A region around a magnet in which the force of magnetism acts 

What is the MAGNETIC FIELD