Gravity
5th grade (Year 6 in England) · 16 questions · Common Core: NGSS.5-PS2-1, NGSS.MS-PS2-4 · England: KS2 Y5 Forces
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Score/ 16
Question 1
Gravity: which statement is NOT true?
- A. Without air resistance, a heavy and a light object fall at the same rate.
- B. The Earth's gravity keeps the Moon in orbit.
- C. Astronauts float in the space station because there is no gravity there.
- D. Gravity is a force that attracts objects with mass towards each other.
Question 2
Gravity: which statement is true?
- A. There is no gravity in space.
- B. Gravity only acts on things that are falling.
- C. Heavy objects always fall faster than light ones.
- D. The Earth's gravity keeps the Moon in orbit.
Question 3
On the Moon, an astronaut dropped a hammer and a feather at the same time. What happened?
- A. The feather landed first
- B. The hammer landed first
- C. They floated away
- D. They hit the ground together
Question 4
Gravity: which statement is NOT true?
- A. Gravity is a force that attracts objects with mass towards each other.
- B. There is no gravity in space.
- C. Gravity is weaker on the Moon than on Earth.
- D. The Earth's gravity keeps the Moon in orbit.
Question 5
Gravity: which statement is true?
- A. Heavy objects always fall faster than light ones.
- B. Gravity only acts on things that are falling.
- C. Gravity is weaker on the Moon than on Earth.
- D. There is no gravity in space.
Question 6
On the Moon, an astronaut dropped a hammer and a feather at the same time. What happened?
- A. The feather landed first
- B. They hit the ground together
- C. The hammer landed first
- D. They floated away
Question 7
Gravity: which statement is NOT true?
- A. Astronauts float in the space station because there is no gravity there.
- B. Gravity is weaker on the Moon than on Earth.
- C. Gravity is a force that attracts objects with mass towards each other.
- D. The Earth's gravity keeps the Moon in orbit.
Question 8
Gravity: which statement is true?
- A. Heavy objects always fall faster than light ones.
- B. Gravity is weaker on the Moon than on Earth.
- C. There is no gravity in space.
- D. Gravity only acts on things that are falling.
Question 9
Which way does gravity pull objects near Earth?
- A. up, towards the sky
- B. towards the Sun only
- C. down, towards the centre of the Earth
- D. sideways
Question 10
Gravity: which statement is NOT true?
- A. Without air resistance, a heavy and a light object fall at the same rate.
- B. There is no gravity in space.
- C. The Earth's gravity keeps the Moon in orbit.
- D. Gravity is weaker on the Moon than on Earth.
Question 11
Gravity: which statement is true?
- A. Gravity is weaker on the Moon than on Earth.
- B. Gravity only acts on things that are falling.
- C. Heavy objects always fall faster than light ones.
- D. There is no gravity in space.
Question 12
On the Moon, an astronaut dropped a hammer and a feather at the same time. What happened?
- A. They floated away
- B. They hit the ground together
- C. The feather landed first
- D. The hammer landed first
Question 13
Gravity: which statement is NOT true?
- A. Gravity is a force that attracts objects with mass towards each other.
- B. Without air resistance, a heavy and a light object fall at the same rate.
- C. The Earth's gravity keeps the Moon in orbit.
- D. Astronauts float in the space station because there is no gravity there.
Question 14
Gravity: which statement is true?
- A. Heavy objects always fall faster than light ones.
- B. There is no gravity in space.
- C. Gravity only acts on things that are falling.
- D. Gravity is weaker on the Moon than on Earth.
Question 15
People in Australia do not fall off the Earth. Why?
- A. They hold on tightly
- B. They wear heavy shoes
- C. Australia has no gravity
- D. Gravity pulls everyone towards the centre of the Earth
Question 16
Gravity: which statement is NOT true?
- A. There is no gravity in space.
- B. Gravity is weaker on the Moon than on Earth.
- C. Without air resistance, a heavy and a light object fall at the same rate.
- D. Gravity is a force that attracts objects with mass towards each other.
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