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to see radio waves(passive) is designedbulb?The telescope
Richard Buchroeder(passive) designed bycatadioptric Herschelian telescope
to fit into the focuser of the telescope(passive) are designedTelescope eyepieces
Hans Lippershey(passive) was invented by1608 Telescope
a M.E. Hedesignstelescope stuff
for all outdoor enthusiasts(passive) is specifically designedmonocular telescope
the work ... Italian astronomer Galileo Galileihad inventeda telescope
the lead of Italian astronomer Galileo Galileihad inventeda telescope
by Hans Lippershey(passive) invented byRefracting telescope
by hans lippershey or galileo(passive) discovered bytelescope
by the German scientist and astronomer Johannes Kepler(passive) invented bytelescope
for visual observations of planets , satellites , extended deep - sky objects and bright celestial bodies , galaxies and comets(passive) is designedTelescope
so that a Cassegrain secondary gives it a very long effective focal length , and so that a tertiary mirror just in front of the primary mirror reflects the light from the secondary out through the telescope 's declination axis(passive) can be designedA telescope
the Italian scientists Galileoinventedtelescope
by Scottish mathematician and astronomer , James ... Optics(passive) designed bytelescope
to give the first time telescope user the perfect combination of quality , value , features and power(passive) is designedTelescope
for infrared astronomy observations in the(passive) is designedTelescope
lippershey ... galileoinventedtelescope
Galileo ... the oneinventedtelescope
by Dutch optician Hans Lippershey(passive) invented bya " telescope
by the British scientist Sir Isaac Newton ( 1642(passive) invented bytelescope
by the British scientist Sir Isaac Newton(passive) invented bytelescope
the British scientist Sir Isaac Newton(passive) invented bytelescope
to view galaxies and stars(passive) is designedTelescope
by Hans Lippershey , Zacharias Janssen or Jacob Metius in the Netherlands(passive) invented byTelescope
by the English scientist Sir Isaac Newton(passive) invented bytelescope
by the English scientist Sir Isaac Newton ( (passive) invented bytelescope
Galileo , and not Newton(passive) was invented byTelescope
Galileo , and not Newton(passive) was invented by Telescope
by Scottish mathematician and astronomer James Gregory(passive) designed bytelescope
Hans LippersheyinventedTelescope
Hans Lippershey(passive) was invented bytelescope
Hans Lippershey (passive) was invented by telescope
by Hans Lippershey(passive) invented byTelescope
Hans Lippershey(passive) invented byTelescope
by an American named John Dobson(passive) designed bytelescope
an American named John Dobson(passive) designed bytelescope
by Sir Issac Newton - the Newtonian reflector telescope(passive) invented bytelescope
Hans Lippershey 1609(passive) was invented byTelescope
by the English scientist Sir Isaac Newton ( 1642?1727(passive) invented bytelescope
bulbledbulb
The 110 lb(passive) is designedThe 110 lb
to detect infraredspecifically designedto detect infrared
to detect X - ray emission from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around black holesspecially designedto detect X - ray emission from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around black holes
to detect X - ray emission from very hot regions of the Universe , such as exploded stars , clusters of galaxies , and matter around black holesspecially designedto detect X - ray emission from very hot regions of the Universe , such as exploded stars , clusters of galaxies , and matter around black holes
several exoplanetsdiscoveringseveral exoplanets
to detect X - ray emissions from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around black holesspecially designedto detect X - ray emissions from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around black holes
to detect X - ray emissions from very hot regions of the universe such as exploded stars , clusters of galaxies , and matter around black holesdesignedto detect X - ray emissions from very hot regions of the universe such as exploded stars , clusters of galaxies , and matter around black holes
to detect X - ray emission from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around blackspecially designedto detect X - ray emission from very hot regions of the Universe such as exploded stars , clusters of galaxies , and matter around black
to detect X - rays from high - energy regions of the universe such as such as exploded stars , clusters of galaxies , and matter around black holesspecifically designedto detect X - rays from high - energy regions of the universe such as such as exploded stars , clusters of galaxies , and matter around black holes
to detect X - ray emission from very hot regions of the Universe , such as exploded stars , clusters of galaxiesspecially designedto detect X - ray emission from very hot regions of the Universe , such as exploded stars , clusters of galaxies
the first molecule in space that has a key attribute associated with lifehas discoveredthe first molecule in space that has a key attribute associated with life
to detect X - ray emission from very hot regions of the Universe such as exploded stars , clustersspecially designedto detect X - ray emission from very hot regions of the Universe such as exploded stars , clusters
to find Earth - size planets in the habitable zone of sun - like starsdesignedto find Earth - size planets in the habitable zone of sun - like stars
to find Earth - size planets in the habitable zone of sun - like starsdesignedto find Earth - size planets in the habitable zone of sun - like stars
The Celestron ExploraScope 80AZ(passive) is designedThe Celestron ExploraScope 80AZ
to find Earth - like planets orbiting distant starsdesignedto find Earth - like planets orbiting distant stars
to study the moon , stars , and planetsis ... designedto study the moon , stars , and planets
for viewing the moon and other distant objects in space's designedfor viewing the moon and other distant objects in space
to detect X- ray emission from very hot regions of the Universe such as exploded starsspecially designedto detect X- ray emission from very hot regions of the Universe such as exploded stars
to detect X - ray emission from very hot regions of the universedesignedto detect X - ray emission from very hot regions of the universe
this objecthad discoveredthis object
for viewing objects on earth rather than spacedesignedfor viewing objects on earth rather than space
to detect X - ray emissions from extremely hot regions of the universe , including supernova explosions , cluster of galaxiesdesignedto detect X - ray emissions from extremely hot regions of the universe , including supernova explosions , cluster of galaxies
to study the distant universe in visual light , funded by NASAdesignedto study the distant universe in visual light , funded by NASA
about 1,000 planets around starshave discoveredabout 1,000 planets around stars
about 30 roughly Earth - size exoplanets in their host starshas discoveredabout 30 roughly Earth - size exoplanets in their host stars
to make observations of the sun telescopedesignedto make observations of the sun telescope
most distant radio galaxy everdiscoversmost distant radio galaxy ever
Jupiter and its four largest moonsto discoverJupiter and its four largest moons
to study the Sun from spacespecially designedto study the Sun from space
The outer planets in our solar system , Uranus and Neptune(passive) were discovered byThe outer planets in our solar system , Uranus and Neptune
for faint deep - sky objectsdesignedfor faint deep - sky objects
to obtain excellent quality images of the sky in the visible range of light at the start of infrareddesignedto obtain excellent quality images of the sky in the visible range of light at the start of infrared
moons revolving around Jupiter Eight planetsto discovermoons revolving around Jupiter Eight planets
to study the Cosmic Microwave backgrounddesignedto study the Cosmic Microwave background
for astrophotography or for observing different lunar and planetary objects in our Solar Systemis ... designedfor astrophotography or for observing different lunar and planetary objects in our Solar System
to detect tiny changes the brightness of nearby starsdesignedto detect tiny changes the brightness of nearby stars
new giant ring around Saturndiscoversnew giant ring around Saturn
a new Earth - like planetdiscoversa new Earth - like planet