The Sun
Planets
Satellites
Weight, mass gravity
Random
100

The type of energy that the sun emits which allows us to see (there are two possible answers)

Light energy or Radiant energy

100

The closest planet to the Sun is

Mercury

100

The part of a satellite that receives and transmits information is:

The antenna

100

The unit of measurement for recording weight:

Newtons (N)

100

How many celestial bodies are involved in both a lunar eclipse and a solar eclipse?

3: the sun, the Earth, the moon

200

The innermost part of the sun is called:

The core

200

Name one terrestrial planet:

Mercury, Venus, Earth, or Mars

200

The part of the satellite that provides power is called the: 

Power source (not battery or solar panel-- these are examples, but not what the part is called)

200

The gravity on Mars is 8.9m/s2. If a stone has a mass of 20kg on Mars, what is its mass on Earth?

20kg, mass does not change

200

This model of the universe states that everything revolves around the Sun

Heliocentric

300

The process by which the sun creates its energy

Nuclear fusion

300

The furthest planet from the sun is:

Pluto

300

One type of satellite is artificial. The other type of satellite is:

Natural

300

The strength of gravity on Earth is (you need the correct units to get the answer correct):

9.8m/s2

300

How long ago did the Big Bang happen?

About 14 billion years ago

400

The outermost layer of the sun is called the:

Convective zone

400

The largest planet in the solar system is:

Jupiter

400

The moon is a satellite of Earth. Name one satellite of the Sun:

Any planet, moon, asteroid, comet, etc. 

400

To calculate mass, the equation would be as follows: 

Mass = weight / gravity

400

What is the leading evidence for the occurrence of the Big Bang Theory?

Cosmic Microwave Background Radiation

500

The particles that light energy is made of are called:

Photons

500

This planet has the largest rings in the solar system:

Saturn

500

The name of the man-made satellite that orbits the Earth where astronauts can live while on missions:

The International Space Station (ISS)

500

To calculate gravity, the equation would be as follows:

gravity = weight / mass

500

The inner part of the shadow being cast during an eclipse:

Umbra

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