Distance
Astronomical
Bodies
EM Spectrum
Random
H.A.K. Method
100

What is an Astronomical Unit?

The distance between the Sun and the Earth.

100

What astronomical body orbits a planet?

A moon

100

What types of Electromagnetic Waves can humans see?

Visible Light Waves

100

What is space and all the matter and energy in it?

The Universe

100

What are the steps to the H.A.K. Method?

H- Highlight what is important in the question

A- Analyze the graphic

K- Knockout wrong answers

200

What unit should be used to measure the distance across the Milky Way galaxy?

Light Years

200

Billions of stars, planets, clouds of gas and dust, all bound together by gravity is also known as a:


Galaxy

200

What type of EM waves damage human skin cells and come from the Sun?

Ultraviolet Waves (UV Waves)

200

What is the closest star to the Earth?

The Sun

200

Send a team of 2 up to solve

Which of the following options describes the hierarchal relationship between astronomical bodies?

A. A nebula is thousands of light years wide, containing stars, galaxies, and planets.

B. A galaxy is thousands of light years wide, containing solar systems, nebulae, planets, and millions of stars.

C. The Universe is thousands of astronomical units wide, containing all the stars and planets orbiting a galaxy.

D. A solar system is hundreds of astronomical units wide, that contain a planet in the center with stars, moons, and asteroids orbiting it.

B. A galaxy is thousands of light years wide, containing solar systems, nebulae, planets, and millions of stars.

300

What unit of measurement should a scientist use when determining the distance between the planets Jupiter and Neptune in our solar system?

Astronomical Units

300

Where are stars formed?

Nebulae 

300

Which EM Waves have the most energy?

Gamma Rays

300

How many galaxies in a universe?

Millions

Billions

Hundreds

Thousands

BILLIONS!

Double Points !

300

The following lists how far different Astronomical Bodies are from Earth. Which is closest to the Earth?

-Betelgeuse 1,500 LY

-Sirius 8.5 LY

-Proxima Centauri 268,770 AU

-Dwarf Planet 2 49.5 AU

-Dwarf Planet 2 49.5 AU

400
The star Betelgeuse is about 643 light years away from Earth. How long does it take for a beam of light from Betelgeuse to reach Earth?

643 years

400

What is a Solar System?

A star orbited by astronomical bodies

400

What Electromagnetic Wave has the longest wavelengths?

Radio Waves

400

When do we use AU vs Light years?

Double Points

AU inside our solar system

LY outside our solar system

400

(Send a team of 2 to answer using the H.A.K. Method)

Which of the following is an example of technology being essential for accessing remote locations in outer space?

A. A lab technician analyzes rock samples from Mars in a laboratory on Earth.

B. A space probe collects data from Jupiter and transmits it to scientists on Earth.

C. A scientist uses a computer program to model the orbit of a newly discovered planet.

D. A team of scientists communicates using video conferencing to discuss the results of a moon landing.

*Double Points if done correctly*

B. A space probe collects data from Jupiter and transmits it to scientists on Earth.

*Double Points if done correctly*

500

Which is larger, an Astronomical Unit or Light Years?

Light Years

500

An astronomer is looking at a recent picture of space, that was taken by the Hubble Space Telescope. He describes the image by saying it is a collection of astronomical bodies revolving around a single star. What were they looking at?

A Solar System

500

Which type of radiation has a lower frequency and longer wavelength than infrared?

Microwaves and Radio Waves

500

What is the order of the EM Spectrum? How is it organized?

Radio, Microwaves, Infrared Rays, Visible light Spectrum, UV Rays, X-Rays, Gamma Rays

From Long Wavelength Low Energy to Short Wavelength, High Energy

500

Send team of 2 to the board to answer!

Ethan learned that astronomers use satellites to study different parts of the Universe. Which of the following statements describes how another scientist can use satellites?

A. A scientist can use satellites to study the composition of the Earth's core.

B. A scientist can use satellites to study the process of homeostasis within cells.

C. Due to the heavy tree cover, scientists can use satellites to study animal behavior in the Amazon.

D. Due to the inaccessibility and darkness of the polar regions, scientists can use satellites to collect climate data.

D. Due to the inaccessibility and darkness of the polar regions, scientists can use satellites to collect climate data.

Double Points