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Earth's Place in the Universe Review

Total questions: 37

Worksheet time: 26mins

Name
Class
Date
1.

Some scientists study the revolution of the Moon very closely and have recently suggested that the Moon is gradually moving away from Earth. Which statement below would be a prediction of how this motion might affect Earth in the distant future?

a)

The moon would collide with Earth.

b)

The ocean tides would get weaker.

c)

This motion would not affect Earth.

d)

The Moon phases would change at a faster rate

2.

The distance between the Sun and the next closest star, Proxima Centuari, is MOST accurately measured in

a)

Magnitudes

b)

Light-years

c)

Redshifts

d)

Perigees

3.

Astronomers measure distances using very large units called light years. Which distance between celestial objects would MOST LIKELY be measured in light years?

a)

Distance between the Sun and Moon.

b)

Distance between the Moon and Earth.

c)

Distance between two stars in the same galaxy.

d)

Distance between two planets in the same solar system.

4.

In which structure is the Sun located?

a)

Milky Way galaxy

b)

Andromeda galaxy

c)

Cat’s Eye nebula

d)

Horseshoe nebula

5.

Emily is preparing a model of the solar system for her science class. She gathers four objects to represent Mercury, Jupiter, Earth and the Sun. The objects are represented in the table. Which of the objects would BEST represent Mercury in Emily’s model?

a)

Grain of sand

b)

Small pebble

c)

Marble

d)

Basketball

6.

What does “light year” refer to?

a)

The distance light travels in one Earth year

b)

The distance between the Sun and the center of the galaxy

c)

The amount of time it takes light to travel from the Sun to Earth

d)

The amount of light required for photosynthesis on Earth in one year

7.

The arrows in the diagram below show how the Sun’s rays hit Earth. Each part of the dashed line on Earth shows an area lit by an equal amount of sunlight. Which statement accurately describes the strength of the sunlight?

a)

The light is strongest at Z and weakest at Y

b)

The light is strongest at Z and weakest at X

c)

The light is strongest at X and weakest at Z

d)

The light is strongest at X and weakest at Y

8.

A student learns that one year on Mercury is about 88 Earth days. This means that it takes Mercury 88 Earth days to

a)

Travel in orbit around its moon

b)

Complete one rotation on its axis

c)

Switch orbits with the nearest planet.

d)

Make one complete orbit around the Sun

9.

In which way is the orbit of a comet different from the orbit of Earth?

a)

The orbit of Earth is less circular than the orbit of a comet

b)

The orbit of comet is more elliptical that the orbit of Earth

c)

The orbital period of Earth is much longer than the orbital period of a comet

d)

The orbital period of a comet is more predictable than the orbital period of Earth

10.

A meteoroid becomes a meteorite when it

a)

Impacts the surface of a planet

b)

Encounters the atmosphere of a planet

c)

Makes a compete orbit around a planet

d)

Starts to burn up in the atmosphere of a planet.

11.

Mars is an inner planet and Jupiter is an outer planet. Which BEST describes the relationship between the two planets?

a)

They are made of the same materials

b)

They orbit the Sun in opposite directions

c)

They have the same orbital period around the Sun

d)

They are located on opposite sides of the asteroid belt

12.

The picture shows a solar eclipse. What is the visible part of the Sun called?

a)

Photosphere

b)

Solar Wind

c)

Corona

d)

Core

13.

Saturn has 53 known moons. Which statement would be a valid inference about the eclipse patterns on Saturn?

a)

An eclipse on Saturn occurs more frequently than on Earth

b)

An eclipse on Saturn occurs less frequently than on Earth

c)

There is no way to infer the eclipse patterns on Saturn

d)

An eclipse will not ever occur on Saturn

14.

Students want to build a model of the solar system. They find the table in a textbook. Which column of the table provides the BEST information to help the students properly space the planets from each other in their model? A. Length of days (in Earth days) B. Distance from the Sun (km) C. Length of Year (in Earth years) D. Diameter (km)

a)

Length of days (in Earth Days)

b)

Distance from the Sun (km)

c)

Length of Year (in Earth years)

d)

Diameter (km)

15.

The table provides data about the length of day for different planets in our solar system. The day length of each planet corresponds to the amount of time it takes to complete which type of motion?

a)

One rotation of the planet on its axis

b)

One orbit of the largest moon of the planet

c)

One revolution of the planet around the Sun

d)

One reversal of magnetic poles of the planet

16.

Phobos is one of two large objects that orbit the planet Mars. Because Phobos orbits Mars, it should be classified as which type of body?

a)

Asteroid

b)

Meteor

c)

Comet

d)

Moon

17.

Which characteristic is shared by all planets in the solar system?

a)

Seasons created by the planet’s rotation

b)

An orbit created by the force of gravity

c)

An atmosphere that contains oxygen

d)

Flowing water

18.

The gravitational force of the Sun is powerful enough to hold Earth in orbit even though Earth is an average 150 million kilometers away from the Sun. Which statement BEST describes why objects with much less mass than Earth are NOT pulled off of the surface of Earth and pulled toward the Sun?

a)

Objects on Earth have too little mass for the Sun to pull on

b)

Objects on Earth are orbiting the Sun too quickly

c)

Objects on Earth are held by the Moon’s gravity

d)

Objects on Earth are most influenced by Earth

19.

If Earth began to revolve at a faster rate, which of the following would MOST likely occur?

a)

Annual rainfall would increase

b)

Daylight hours would increase

c)

Seasons would be shorter

d)

Annual temperatures would increase

20.

Which of the following would result from a change in Earth’s tilt on its axis?

a)

The Earth seasons would change

b)

The Earth month would increase or decrease

c)

The Earth year would increase or decrease.

d)

The Earth tides would increase or decrease

21.

Which diagram shows the position of the Moon, Earth, and Sun, when the Moon appears full from Earth?

a)

A

b)

B

c)

C

d)

D

22.

Kailey and LeAnn are preparing a report on ocean tides. Which of the following information should they include in their report concerning the greatest influence on the strength of a high tide in a particular area?

a)

The position of the Moon around Earth

b)

The position of Earth around the Sun

c)

The rotation of the Moon

d)

The rotation of Earth

23.

According to scientist the Sun has an 11 year cycle of activity. 2013 was a peak of that cycle. What type of activity did scientists most likely observe during that year? A. . B. . C. D. .

a)

Increased solar prominences and flares

b)

Decreased solar eclipses.

c)

Increased rotation of the Sun

d)

Increased temperatures on Earth

24.

he diagram shows the Moon at various positions around Earth Which position would result in Spring Tides on Earth?

a)

1

b)

2

c)

3

d)

4

25.

In Astronomy class students are looking at various alignments of the Sun, Earth and the Moon. Which effect does the right angle alignment shown have on Earth?

a)

There will be a solar eclipse on Earth

b)

A full Moon will be observed from Earth

c)

The high tides will be lower than normal on Earth

d)

An increased gravitational force will be exerted on Earth

26.

The diagram shows different positions of the Moon in its orbit around Earth. Based on the diagram, which position of the Moon would MOST likely result in people on Earth being able to view a total solar eclipse?

a)

1

b)

2

c)

3

d)

4

27.

In this diagram of the Sun and Earth, possible positions of the Moon are identified by numbered points. At which location would a lunar eclipse MOST likely occur?

a)

1

b)

2

c)

3

d)

4

28.

Approximately how many times does the Moon revolve around Earth during one revolution of Earth around the Sun?

a)

1

b)

12

c)

28

d)

365

29.

Based on the current understanding of the solar system, what is a fundamental error in the early model shown?

a)

Venus has a larger orbit than Mercury

b)

Earth is shown as the center of the solar system

c)

The orbit of Mars is located inside the orbit of Jupiter

d)

The Moon is shown too close to Earth

30.

The diagram represents Earth, showing two cities and the axis of rotation. The current temperature in City X is higher than the temperature in City Y. Based on the diagram, which of the following BEST explains this temperature difference?

a)

It is winter in City Y

b)

It is nighttime in City Y

c)

City X is in the Northern Hemisphere

d)

City X is closer to the Sun

31.

The Hubble Space Telescope is a telescope that NASA launched into space in 1990. Scientists MOST likely prefer to use the Hubble Space Telescope instead of a land-based telescope because it provides better accuracy at

a)

Predicting solar eclipses

b)

Investigating the size of Venus

c)

Predicting the phases of the Moon

d)

Investigating far away galaxies

32.

In 1976, the Viking I Lander was sent to Mars to analyze atmospheric gases and soil samples. The Viking I Lander is MOST likely classified as which of the following?

a)

Space Shuttle

b)

Spectroscope

c)

Space Probe

d)

Satellite

33.

What advantage is gained by using a radio telescope as opposed to an optical telescope?

a)

Operation is less complex

b)

Viewed images are clearer

c)

Ability to take up less space

d)

Ability to see through clouds and dust

34.

What information about stars can be learned by using a spectroscope?

a)

Chemical Composition

b)

Distance from Earth

c)

Speed

d)

Size

35.

Which do most astronomers believe to be true about the universe?

a)

It is contracting

b)

It is staying the same size

c)

It is expanding and contracting regularly

d)

It is expanding

36.

Based on the Doppler Effect, the electromagnetic waves reaching Earth from a galaxy that is moving away from Earth would be expected to

a)

Experience a decrease in frequency

b)

Experience a decrease in compressions

c)

Experience an increase in their amplitude

d)

Experience a decrease from transverse waves to longitudinal waves

37.

Which of the following best describes the shape of the Milky Way galaxy?

a)

Spherical

b)

Irregular

c)

Elliptical

d)

Spiral