Which of the following statements about the Big Bang Theory is true?

It states that the universe was once in a hot, dense state.

It suggests the universe is contracting.

It explains the future fate of our universe.

It is universally accepted without any evidence.

Using your knowledge of the doppler effect, which direction is the object moving?

To the right because the wave frequency is increasing

To the left because the wave frequency is decreasing

To the left because the wave frequency is increasing

To the right because the wave frequency is decreasing

As an object moves away from an observer, how does its light appear?

It shifts toward longer wavelengths.

It shifts toward shorter wavelengths.

Based on the previous question, is this a young or old star? How do you know?

Young because it contains light elements.

Young because it contains heavy elements.

Old because it contains light elements.

Old because it contains heavy elements.

Use the spectral fingerprint below to explain the motion of the star:

It is red-shifting and receding

It is blue-shifting and approaching

It is blue-shifting and receding

It is red-shifting and approaching

Which type of electromagnetic radiation travels the fastest?

All EM waves travel at the same speed

Which of the following best describes dark energy?

A mysterious form of energy responsible for the acceleration of the universe's expansion

A force that pulls galaxies together

The energy found in black holes responsible for pulling in matter

What evidence supports the existence of dark matter?

The gravitational effects on visible matter and cosmic structures

The presence of visible stars and planets

The detection of particles in the Large Hadron Collider

Observations of light from distant galaxies

What does Hubble’s Law state about the relationship between distance and velocity of galaxies?

The further away the galaxy is, the faster it is moving away from us

The further away the galaxy is, the slower it is moving away from us

Galaxies do not move away from each other

All galaxies are at rest relative to each other

What is the significance of the Hubble constant in Hubble’s law?

It indicates the rate at which the universe is expanding

It represents the speed of light in a vacuum

It measures the mass of distant galaxies

It calculates the age of the nearest stars

Which of the following is not one of the possible fates of our expanding universe?

The big bounce, where our expansion increases and slows at unpredictable rates and intervals

The big freeze, where our expansion continues at our current rate

The big crunch, where our expansion slows, stops, and contracts due to gravity

The big rip, where our expansion increases at an exponential rate

Which of the following is true about the life cycle of massive stars compared to smaller stars?

Massive stars end their life cycle as black holes or neutron stars

Massive stars live longer than smaller stars

Massive stars do not go through a supernova

All stars follow the same life cycle regardless of size

What would you expect to be the relationship between the density of gas and dust in a nebula, and the rate of star formation within that nebula?

As density of gas and dust increases, the rate of star formation increases.

As density of gas and dust increases, the rate of star formation decreases.

As density of gas and dust decreases, the rate of star formation increases.

Star formation is not dependent on density of matter.

Stars with very low mass can have lifetimes of hundreds of billions of years, whereas stars with very high mass have much shorter lifetimes on the order of a billion years. How does luminosity of these stars help explain the large difference in these lifetimes?

High mass stars fuse hydrogen into helium quicker, so they burn out faster.

High mass stars fuse hydrogen into helium slower, so they live longer.

High mass stars have greater gravitational pull, so they live longer.

When does a protostar become an “official” star?

When it reaches a temperature threshold

How do stars typically move on the HR diagram as they evolve?

They move from the main sequence around to the left

They remain static throughout their life cycles

They move from the main sequence around to the right

What is a characteristic of red giants as seen on the HR diagram?

They have high luminosity and low temperature

They have low luminosity and high temperature

They have high luminosity and high temperature

They have low luminosity and low temperature

Which of the following statements is true regarding white dwarfs on the HR diagram?

They are hot and have low luminosity

They are very luminous and cool

They are found in the upper right corner

They form before main sequence stars

The surface temperature of a star is plotted against the star’s luminosity on the ________.

Cosmic background radiation map

Universe Quiz

Authored by Mikailya Rutten

Science

9th Grade

NGSS covered

Used 4+ times

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48 questions

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MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Rank the following stellar objects from smallest to largest.

Moon, planet, solar system, galaxy, universe

Planet, moon, galaxy, solar system, universe

Universe, galaxy, solar system, planet, moon

Moon, planet, solar system, universe, galaxy

Tags

NGSS.MS-ESS1-3

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is the approximate age of the universe?

4.5 million years old

4.5 billion years old

13.7 million years old

13.7 billion years old

Tags

NGSS.HS-ESS1-2

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

The size of space is so large, we cannot use traditional units of measurement. Which of the following is the largest unit of measurement we use to measure distances within the universe?

Kilometer

Light year

Parsec

Astronomical Unit

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which unit of measurement describes the distance between the Earth and Sun?

Kilometer

Light year

Parsec

Astronomical Unit

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

The gravitational attraction between two objects in the universe is greatest when their masses are

small and the objects are close together

small and the objects are far apart

large and the objects are far apart

large and the objects are close together

Tags

NGSS.HS-PS2-4

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Almost everything we know about the universe is based on…

Our observations of light

Sending astronauts to outer space

Listening to cosmic background radiation

Studying impact craters on the Earth and Moon

Tags

NGSS.HS-ESS1-2

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Cosmic background radiation detected from all directions in space provides evidence for the

Greenhouse effect

Doppler effect

Big bang theory

Geocentric theory

Tags

NGSS.HS-ESS1-2

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Universe Quiz

Rank the following stellar objects from smallest to largest.

What is the approximate age of the universe?

The size of space is so large, we cannot use traditional units of measurement. Which of the following is the largest unit of measurement we use to measure distances within the universe?

Which unit of measurement describes the distance between the Earth and Sun?

The gravitational attraction between two objects in the universe is greatest when their masses are

Almost everything we know about the universe is based on…

Cosmic background radiation detected from all directions in space provides evidence for the

What event is known as the beginning of the universe?

Which of the following statements about the Big Bang Theory is true?

What phenomenon explains the change in frequency or wavelength of light from an object moving away from an observer?

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