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Which celestial objects are prime candidates to be studied in near infrared light?
Wiki User
∙ 12y ago
Cool red giant stars
Anonymous
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How are stars related to science?
Have you heard of astronomy? It is a natural science and the study of celestial objects. So it is like phenomenal science beyond Earth. Stars are studied as part of astronomy so in a way stars are part of science.
What do all planets in the solar system revolve around?
The Sun. There are 8 bodies classified as planets, and as of 2009 there are 5 classed as dwarf planets. There are many more objects with long orbits past that of Pluto, and these are being studied and classified.
Which layer of the atmosphere is the least studied?
The Mesosphere is the least studied layer of our atmosphere.
What is mostly studied by meteorlogists?
weather
It was studied by the Mariner 10 Probe and has a crater-pitted surface?
Mercury was studied by the Mariner 10 Probe and has a crater pitted surface.
Which celestial objects are prime candidates to be studied in near-infrared light?
Cool red giant stars
Are warm dust clouds celestial objects are prime candidates to be studied in near-infrared light?
Cooler Red Stars and red giants
Which of the following wavelength regions cannot be studied with telescopes on the ground?
I believe the answer to be celestial X-rays. No, I'm not kidding.
How are stars related to science?
Have you heard of astronomy? It is a natural science and the study of celestial objects. So it is like phenomenal science beyond Earth. Stars are studied as part of astronomy so in a way stars are part of science.
Who was the person who studied how fast objects fall?
Galileo
What Italian scientist studied falling objects?
Galileo
Who studied forces and motion of objects?
Isaac Newton
How do you use the archaic model of the celestial sphere today?
Archaic models are studied only to understand the evolution of human thought.
What is the similarities and differences of the planet mars and Pluto?
Similarities• Both celestial objects are located in our Solar System and orbit around the Sun in relatively elliptical orbits compared to the planets.• Until August 2006, both Mars and Pluto were considered planets by mankind.• Both celestial objects are terrestrial, which means they have a rocky surface.• Both celestial objects are close to some kind of belt in our Solar System (Mars is close to the asteroid belt; Pluto is close to the Kuiper Belt).• Both celestial objects have atmospheres composed primarily of CO2 (carbon dioxide).• Both celestial objects' temperatures reach well below zero in both Fahrenheit and Celsius degrees.• Both celestial objects have moons.• Both celestial objects have a tilt and thus both have seasons.Differences• Mars is a planet; Pluto is a dwarf planet.• Mars is located in the inner Solar System; Pluto is located in the outer Solar System.• They are different in mass, density, and gravitational pull.• They are different in their relative distances from the Sun.• They are different in their rotational and orbital periods.• Both are different in the amount of moons they have (Mars has 2; Pluto has 5).• Mars has been studied by many unmanned missions, but to date, Pluto hasn't been visited by an unmanned mission, and this will stay that way until 2015, when the spacecraft New Horizonsarrives at Pluto.• Mars and Pluto's seasons have different lengths (on Mars, a season is less than one Earth year long; on Pluto, a season is at least 50 Earth years long.
What did the Maya study from observation?
The Maya studied astronomy, calendrics, agriculture, and the movements of celestial bodies from observation. They built impressive observatories and used their knowledge to develop sophisticated calendars and accurately predict celestial events.
Does science have a method or instrument for detecting black holes?
Black holes are distant objects found usually in the center of galaxies; therefore they are studied by astronomers, using telescopes, just as all astronomical objects are studied. Of course, black holes are studied indirectly. They do not emit radiation (or not enough radiation to view; there is Hawking radiation) but they have a strong effect on other nearby objects, which can be observed.
What type of objects can be studied with a electron microscope?
they can form images of objects1000 times smaller than a normal object. This will include to animals alive like the ant will be good
