Exploring Rotation and Revolution in Motion

What is a common feature of both rotation and revolution?

• Both involve linear motion.

• Both involve some kind of spinning.

• Both involve changing shape.

• Both involve changing color.

Tags

NGSS.MS-PS2-4

Which of the following planets rotates on its own axis?

• Earth

• Moon

• Sun

• Mercury

What does rotation specifically refer to?

• Spinning around an invisible axis.

• Moving in a straight line.

• Changing direction.

• Spinning around another object.

Which celestial body rotates more like a fluid than a solid?

• Sun

• Venus

• Moon

• Earth

What is revolution in the context of celestial bodies?

• Spinning around an invisible axis.

• Moving in a straight line.

• Changing direction.

• One object spinning around another object.

Tags

NGSS.MS-ESS1-1

NGSS.MS-ESS1-2

Which planets in our solar system do not have moons?

• Jupiter and Saturn

• Uranus and Neptune

• Mercury and Venus

• Earth and Mars

What is the main difference between rotation and revolution?

• Rotation involves linear motion, while revolution involves circular motion.

• Rotation involves spinning around an axis, while revolution involves spinning around another object.

• Rotation involves spinning around another object, while revolution involves spinning around an axis.

• Rotation involves changing shape, while revolution involves changing color.

Which of the following statements is true?

• All planets in our solar system have moons.

• All planets except Mercury and Venus have moons.

• No planets have moons.

• Only Earth and Mars have moons.