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WorksheetsEarth Science Review game
Total questions: 56
Worksheet time: 28mins
Electromagnetic radiation
energy that can travel through space in the form of waves
radiation that travels in space
electric waves
wave length
the length of a wave
includes all the waves
distance between each crest
visible light spectrum
the colors you cant see
includes red,orange,yellow,violet,green,blue
includes grey
electromagnetic spectrum
includes all the radio waves
includes the visible light spectrum
can travel through space in the form of waves
which is not a telescope
optical
refracting
reflecting
attracting
optical telescope
uses lenses or mirrors
doesn't use a lense
doesn't use a mirror
refracting telescope
barely collects light
doesn't use a convex lense
uses a convex lense
reflecting telescope
uses a convex lenses
uses a curved mirror
doesn't collect focus light
radio telescope
used to detect radio waves
uses a convex lenses
uses a curved lenses
constellation
a single star
an imaginary pattern of stars in the sky
a cluster of stars
spectrograph
can make light into colors
a device that can break light into colors
you cant see the colors
apparent brightness
how bright the sun is
more complex
as bright as seen from earth
absolute brightness
more complex than apparent brightness
as seen from our view
visible light
light-year
earth years
space years
the distance light travels
parallax
apparent change in positions
how bright a star is
how fast light travels
main sequence
a diagonal area on an H-R diagram
a cluster of stars
the path a star takes
Nebula
a certain type of star
a large cloud of gas
dust
protostar
a glowing cloud of dust and gas
a rapidly spinning neutron
a contracting cloud of gas and dust
planetary nebula
gas and dust
a glowing cloud of gas
an explosion of a nebula
white dwarf
the blue-white core of a star
a shining star
a group of stars
black dwarf
a dark star
a non-shining star
when a white dwarf stops glowing
supernova
a super giant star
the explosion of a star
a glowing star
neutron star
the small dense remains of a high-mass star
a star that is always in a group
a small star
pulsar
a type of wave
a type of star
a rapidly spinning neutron that produces radio waves
black hole
an object whose gravity is so strong
whats left behind after a supernova
gas and dust
star system
a huge group of stars
groups of two or more stars
a graph of stars
binary star
star systems that have two stars
a single star
a star that is too far away for us to see
eclipsing binary
a system which a star blocks the light of another star
a star that goes in front of the moon
a star that blacks out
star clusters
larger groups of stars
a group of small stars
a group of supergiants
open cluster
stars drift into the other stars
a group of neutron stars
contains many bright supergiant,gas,and dust
globular cluster
large grouping of older stars
a large group of young stars
a group of dead stars
galaxy
where we are
all of space in it
a huge group of single stars
spiral
no spiral arms
appear to have circle in middle and arms that spiral outwards
a group of circling stars
ellipitical
no spiral arms
a bright star
a star that blocks the light of another star
irregular galaxies
a special galaxy
galaxies that do not have regular shapes
distant bright object
milky way
a cluster of stars
spiral galaxy that our solar system is located in
group of single stars
quasars
distinct bright objects that look like stars
a bright star
a cluster of bright stars
universe
spiral galaxy
a galaxy
all of space and everything in it
scientific notation
very large and small numbers
a graph of all stars
a guess of what stars will do
what is found in the visible light spectrum?(multi-select)
red
grey
yellow
violet
what are the characteristics used the classify stars
size
mass
color
name
what is the life cycle of a high mass star
supernova
white dwarf ,black dwarf
nebula
what is found on electromagnetic spectrum
gamma rays
visible light
microwaves
rainbows
how did the milky way earn its name
greeks came up with the milky way because it spilled milk
people
greeks
which of these are a scientific notation?
300 x 10(3)
200
10(2)
what makes a cluster and globular similar?(multiply answer)
both have older stars
both contain thousands/millions of stars
both contain dust and gas giants
what is the difference between open cluster and a globular cluster (multiple answer)
globular cluster has old stars
open cluster
open cluster has only old stars
globular has younger stars
observatory
a single huge telescope
a building filled with many telescopes
hertzsprung- Russell Diagram
a diagram
Russell diagram or the h-r diagram: a graph relating the surface temperatures and absolute brightness of stars used to classify stars and see how they change over time
hertz
which is more accurate?
absolute brightness
apparent brightness
what happens when a high mass star explodes
supernova
black hole
black dwarf
what two ways can a high mass star end up as
black hole
neutron star
white dwarf
black dwarf
what is the name of the galaxy we are in?
universe
milky way
3,120,000
3.12 x 10 (6)
2.13 x 10(5)
0.0043
43 x 10(5)
0.43 x 10(3)
4.3 x 10(-3)
0.00003564
0.3564 x 10(-4)
3.564 x 10(-5)
3564 x 10(5)
