What phase is it?
Stars
Stars/models of solar syst.
Earth's motions
Solar System
100

What kind of eclipse is pictured?

lunar

100

How many stars are in our solar system?

one- the sun

100

What process in a star releases energy and creates new elements?

nuclear fusion

100

What are 2 pieces of evidence that the Earth revolves around the sun?

constellations

seasons change 

100

What is the shape of the orbit the planets follow around the sun?

Ellipse

200


New Moon

200

The life cycle of a star is determined by ________  & __________

mass

size

200

What are the four types of stars?

main sequence, white dwarf, red giant, super giant

200

The Earth has (more/less) gravitational pull when it is closer to the sun.

closer

200

As a planet moves closer to the star in its orbit the planet moves (slower/faster)

faster

300

What phase of the moon is seen at position 5?

  Full moon

300

What is the shape of the Milky Way?

spiral

300

What phase does a star spend most of its life in?

main sequence

300

Name the equinoxes and their dates

Autumnal Equinox-  September 23

Summer Solstice- June 21

Winter Solstice - December 21

Vernal Equinox- March 21

300

What are the characteristics of Jovian planets?

large
low density
gaseous

400

The time required for one rotation of the Earth is..

24 hours


400

What factor determines the final evolution of a star?

the mass of a star

400

The sun is the center of the solar system in this model.

heliocentric

400

In the winter,  the Northern Hemisphere is pointed (towards/away) from the Sun

away

400

As the distance between a planet and the Sun increases, what happens the the time needed for revolution?

it increases

500

The time required for one revolution of the Earth around the sun is...

1 year

500

What is a galaxy made up of?

billions of stars

500

The Earth is the center of the solar system in this model.

geocentric

500

Seasons are due to...

the Earth's tilt on its axis

500

The smallest gravitational between a planet and star occurs when the planet is (closest to, furthest away) from the star.

furthest from

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