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Space Exploration by Astronauts

Total questions: 15

Worksheet time: 15mins

Name
Class
Date
1.

The space shuttle carries astronauts back and forth between Earth and the International Space Station in orbit around our planet. What feature is necessary for the space shuttle to perform its function? The space shuttle must have -

a)

sufficient mass to provide gravity equal to that of Earth.

b)

powerful engines to escape the pull of Earth's gravity.

c)

enough food for the astronauts to eat for several years.

d)

adequate space in which the astronauts can float freely.

2.

Some scientists are planning a manned space mission to a rocky planet slightly farther from the Sun than Earth. To which planet are they sending astronauts?

a)

Mercury

b)

Venus

c)

Mars

d)

Jupiter

3.

Astronauts walking in space must wear space suits. The space suits provide all of the following EXCEPT -

a)

oxygen.

b)

gravity.

c)

protection.

d)

communication.

4.

What science tool advanced space exploration by allowing humans to see better and farther into space?

a)

Microscope

b)

Telescope

c)

Camera

d)

Hand lens

5.

The International Space Station (ISS) is a huge science laboratory that orbits Earth every 92 minutes. Experiments on board the ISS can help scientists learn -

a)

why Earth rotates on its axis every day.

b)

what substances are found in moon dust.

c)

when the first green plants appeared on Earth.

d)

how to solve problems of living in space.

6.

What is an important requirement for a manned spacecraft traveling through space?

a)

The ability to create its own gravity

b)

Bright lights to see where it's going

c)

A device for growing food for humans

d)

A supply of oxygen for the astronauts

7.

Which of the following is the first challenge that had to be overcome by rockets in order for humans to explore space? First, rockets needed -

a)

a place in which the astronauts could sit.

b)

a way to return to Earth's surface.

c)

enough thrust to overcome Earth's gravity.

d)

landing gear that worked on another planet.

8.

With our current technology, travel to the closest star in another solar system is not possible for a human crew due to what limitation?

a)

Inability to store food and water for long periods of time.

b)

Lack of data about the many objects found in space.

c)

Absence of light and energy in the far reaches of space.

d)

Relatively short human life spans and slow travel speeds.

9.

Which of the following celestial bodies of the Solar System have humans visited?

a)

the Moon

b)

Mars

c)

Venus

d)

Saturn

10.

Who was the first human to walk on the Moon?

a)

Yuri A. Gagarin

b)

Neil Armstrong

c)

Valentina Tereshkova

d)

Sally Ride

11.

The diagram shows a type of space equipment. What is the most likely function of this piece of space equipment?

a)

To take photographs of distant galaxies and stars

b)

To provide a place for astronauts to live in space

c)

To launch space probes or other spacecraft

d)

To shield Earth from the effects of radiation

12.

A space probe, a satellite, and a manned rocket all share what characteristic? They must be able to -

a)

collect rocks and soil samples.

b)

communicate with people on Earth.

c)

transport equipment to the International Space Station.

d)

provide areas for conducting experiments.

13.

What is the primary purpose of the International Space Station (ISS) in terms of scientific research?

a)

To serve as a launch pad for missions to Mars

b)

To conduct experiments in microgravity

c)

To monitor Earth's weather patterns

d)

To mine asteroids for resources

14.

Which of the following is a major challenge astronauts face when living on the International Space Station for extended periods?

a)

Lack of communication with Earth

b)

Exposure to high levels of radiation

c)

Inability to perform physical exercises

d)

Limited access to fresh water

15.

What is the main reason astronauts experience weightlessness while orbiting Earth in the International Space Station?

a)

The ISS is too far from Earth's gravitational pull

b)

The ISS is in a constant state of free fall

c)

The ISS has artificial gravity systems

d)

The ISS orbits at a speed that cancels gravity