StarFlight - Center for the Presentation of Science
... flight path towards and around the given constellation, with a narration that details both astronomical principles and the mythology behind the shapes. These tours directly exhibit the constellation as a subjective shape, whose ascription from view on earth does not align with the actual position of ...
... flight path towards and around the given constellation, with a narration that details both astronomical principles and the mythology behind the shapes. These tours directly exhibit the constellation as a subjective shape, whose ascription from view on earth does not align with the actual position of ...
I CAN SEE THE STARS IN YOUR EYES
... Your space craft begins to travel at the speed of light, taking you towards the sun. Traveling at this speed, the trip from Earth to the sun, a distance of 93 million miles, would take about 8 minutes, not very long for such a long trip! Yet, to get to the next closest star, Proxima Centauri, would ...
... Your space craft begins to travel at the speed of light, taking you towards the sun. Traveling at this speed, the trip from Earth to the sun, a distance of 93 million miles, would take about 8 minutes, not very long for such a long trip! Yet, to get to the next closest star, Proxima Centauri, would ...
observingopenclusters-2-2-1
... reason for its brightness is both its intrinsic luminosity and closeness to the Sun Slide your scope or binoculars parallel to the dog’s back and then move west of that line. You will pick up a large rich field of stars – Open Cluster M41 Procyon (Canis Minor) Locate next large and (also close) Proc ...
... reason for its brightness is both its intrinsic luminosity and closeness to the Sun Slide your scope or binoculars parallel to the dog’s back and then move west of that line. You will pick up a large rich field of stars – Open Cluster M41 Procyon (Canis Minor) Locate next large and (also close) Proc ...
OUSNMAR05 - The Open University
... orientation of the map may differ from that of the observed image of the Moon depending on the type of telescope used. If you find the Moon too bright use a filter to reduce the glare. At times features along different parts of the limb are better presented due the effect of libration – an apparent ...
... orientation of the map may differ from that of the observed image of the Moon depending on the type of telescope used. If you find the Moon too bright use a filter to reduce the glare. At times features along different parts of the limb are better presented due the effect of libration – an apparent ...
Planetarium Key Points
... Piero Ranfagni [email protected] 1. Celestial sphere The stars seem numberless and there are actually more than 2 billions of stars in the system we live in (Milky Way), but only 3000 stars are visible at naked eye What we see is NOT what it is actually, the response of our eye is logari ...
... Piero Ranfagni [email protected] 1. Celestial sphere The stars seem numberless and there are actually more than 2 billions of stars in the system we live in (Milky Way), but only 3000 stars are visible at naked eye What we see is NOT what it is actually, the response of our eye is logari ...
guide to orion 3-d flythrough
... young stars are nearly spherical. New stars are created when knots of dust and gas collapse. In the nebula, however, this process stopped when the young central stars reached their full power. The radiation they produce is so strong that it prevents new stars from forming. ...
... young stars are nearly spherical. New stars are created when knots of dust and gas collapse. In the nebula, however, this process stopped when the young central stars reached their full power. The radiation they produce is so strong that it prevents new stars from forming. ...
Stars, Constellations, and Quasars
... the equinoxes, there are 12 hours of daylight and 12 hours of darkness at every location on Earth. This is because the Earth’s axis points neither toward nor away from the Sun. The Sun is directly overhead at the equator during equinoxes. ...
... the equinoxes, there are 12 hours of daylight and 12 hours of darkness at every location on Earth. This is because the Earth’s axis points neither toward nor away from the Sun. The Sun is directly overhead at the equator during equinoxes. ...
AST 207 Homework 5 Due 14 October 2011
... 2. Life on Deneb. Here you will find out what it means to live near a giant like Deneb. Recall that the luminosity of a star, where T is its temperature and R is its radius. Star ...
... 2. Life on Deneb. Here you will find out what it means to live near a giant like Deneb. Recall that the luminosity of a star, where T is its temperature and R is its radius. Star ...
Astrology, calendars and the dating of Christian festivals.
... Napoleon’s naval forces; however the star would never have been seen from that position. The precise South Celestial Pole can be found easily using Canopus and another star Achernar with a magnitude of 0.50 which can be easily seen with the naked eye. Make an imaginary equilateral triangle and place ...
... Napoleon’s naval forces; however the star would never have been seen from that position. The precise South Celestial Pole can be found easily using Canopus and another star Achernar with a magnitude of 0.50 which can be easily seen with the naked eye. Make an imaginary equilateral triangle and place ...
Planisphere Exercise
... located just beneath the brass fastener that holds the star wheel to the frame of the planisphere. As the night progresses, which way do the stars appear to move around the North Star (which is hidden under the brass fastener) – clockwise or counterclockwise? As the night progresses, how do stars ap ...
... located just beneath the brass fastener that holds the star wheel to the frame of the planisphere. As the night progresses, which way do the stars appear to move around the North Star (which is hidden under the brass fastener) – clockwise or counterclockwise? As the night progresses, how do stars ap ...
(HR) Diagrams
... Five units of visual magnitude correspond to a hundred-fold difference in brightness. For example, a star with MV = 1.0 is 100 times brighter than one with MV = 6.0, as seen from the same distance. ...
... Five units of visual magnitude correspond to a hundred-fold difference in brightness. For example, a star with MV = 1.0 is 100 times brighter than one with MV = 6.0, as seen from the same distance. ...
Lecture 5: Light as a tool
... 1) Why does our sky appear to be mostly blue, and not violet, at mid-day? 2) What color would our sky be if atmospheric particles were slightly larger? 3) Why is the sky black on the moon? ...
... 1) Why does our sky appear to be mostly blue, and not violet, at mid-day? 2) What color would our sky be if atmospheric particles were slightly larger? 3) Why is the sky black on the moon? ...
Astronomy
... 33. ________ A constellation so close to one of the celestial poles that it never sets or rises. 34. ________ The imaginary line around the sky directly above Earth’s equator. 35. ________ The point on the sky directly above the observer. 36. ________ The circular boundary between the sky and Earth. ...
... 33. ________ A constellation so close to one of the celestial poles that it never sets or rises. 34. ________ The imaginary line around the sky directly above Earth’s equator. 35. ________ The point on the sky directly above the observer. 36. ________ The circular boundary between the sky and Earth. ...
Life in the Universe
... International Astronomy Union (IAU) divided the entire night sky into 88 constellations. Helpers to find a way around the sky. Connection to the ancient astronomy, and good tool to naming stars (e.g., alpha Orioni the brightest star in Orion) stars in a constellation only appear to be clos ...
... International Astronomy Union (IAU) divided the entire night sky into 88 constellations. Helpers to find a way around the sky. Connection to the ancient astronomy, and good tool to naming stars (e.g., alpha Orioni the brightest star in Orion) stars in a constellation only appear to be clos ...
five minute episode script
... JAMES: And I’m James Albury, Director of the Kika Silva Pla Planetarium in Gainesville, Florida. We’re here to help you find your way around the sky. Hey Dean, have you seen the Big Dipper this summer? DEAN: I have. After all, it’s my favorite… constellation… JAMES: Dean is laughing because he knows ...
... JAMES: And I’m James Albury, Director of the Kika Silva Pla Planetarium in Gainesville, Florida. We’re here to help you find your way around the sky. Hey Dean, have you seen the Big Dipper this summer? DEAN: I have. After all, it’s my favorite… constellation… JAMES: Dean is laughing because he knows ...
Planetarium Key Points
... The stars seem numberless and there are actually more than 2 billions of stars in the system we live in (Milky Way), but only 3000 stars are visible at naked eye What we see is NOT what it is actually, the response of our eye is logarithmic not linear All celestial objects seem at the same dis ...
... The stars seem numberless and there are actually more than 2 billions of stars in the system we live in (Milky Way), but only 3000 stars are visible at naked eye What we see is NOT what it is actually, the response of our eye is logarithmic not linear All celestial objects seem at the same dis ...
Introduction to Stars ppt
... Width of fist ~ 10 degrees Finger width ~ 1 degree 60 arcminutes per degree; 60 arc-seconds per arc-minute ...
... Width of fist ~ 10 degrees Finger width ~ 1 degree 60 arcminutes per degree; 60 arc-seconds per arc-minute ...
Chapter 8: Stars
... began to classify galaxies, mostly by their shapes in the 1920s. • Here are a couple of galaxies, spiral galaxies, Milky Way, elliptical galaxies, and ...
... began to classify galaxies, mostly by their shapes in the 1920s. • Here are a couple of galaxies, spiral galaxies, Milky Way, elliptical galaxies, and ...
Student Handout - Mr. vallee`s Class Site
... and ________ moved through the sky in a different way than the stars. They noticed that, over time, these objects appeared to move with respect to the __________________________. 10. Because of the ___________________________ and its __________ around the Sun, it is convenient to divide the constell ...
... and ________ moved through the sky in a different way than the stars. They noticed that, over time, these objects appeared to move with respect to the __________________________. 10. Because of the ___________________________ and its __________ around the Sun, it is convenient to divide the constell ...
H-R diagram worksheet
... Mark each of the following on the H-R diagram and label it as indicated. You may use page 15 of your ESRT to help you. 6. Draw and label a long diagonal line showing the approximate location of the main sequence. 7. A large circle indicating the area where you find the biggest diameter stars, labele ...
... Mark each of the following on the H-R diagram and label it as indicated. You may use page 15 of your ESRT to help you. 6. Draw and label a long diagonal line showing the approximate location of the main sequence. 7. A large circle indicating the area where you find the biggest diameter stars, labele ...
Planisphere
... distortion, constellations in the sky will not appear as they do on the planisphere, but the planisphere can help us identify bright stars and give us a general idea of where to look for other stars. It's also very useful in figuring out when certain star will rise or set. The best way to get comfor ...
... distortion, constellations in the sky will not appear as they do on the planisphere, but the planisphere can help us identify bright stars and give us a general idea of where to look for other stars. It's also very useful in figuring out when certain star will rise or set. The best way to get comfor ...
Project Packet - Montville.net
... 1. Time of year when it is visible 2. What direction you should look and at what time 3. How high above the horizon you should look. Part 2 1. What does your constellation look like? 2. Draw a diagram or include an image in the space on the results pages. Part 3 Look up what stars are in your conste ...
... 1. Time of year when it is visible 2. What direction you should look and at what time 3. How high above the horizon you should look. Part 2 1. What does your constellation look like? 2. Draw a diagram or include an image in the space on the results pages. Part 3 Look up what stars are in your conste ...
Constellations activities (PDF 185KB)
... can be easily seen in the night sky. However, the stars in Orion can’t be seen during the day as these stars are drowned out by the light of the Sun. 11. Ask the students whether the Southern Cross can be seen during winter in southern Australia. (It can be seen, as the Cross never sets below the ho ...
... can be easily seen in the night sky. However, the stars in Orion can’t be seen during the day as these stars are drowned out by the light of the Sun. 11. Ask the students whether the Southern Cross can be seen during winter in southern Australia. (It can be seen, as the Cross never sets below the ho ...
Crux
Crux /ˈkrʌks/, located in the deep southern sky, is the smallest yet one of the most distinctive of the 88 modern constellations. Its name is Latin for cross, and it is dominated by a cross-shaped asterism that is commonly known as the Southern Cross. Although visible to the Ancient Greeks, it was seen as part of the constellation Centaurus, and not defined or accurately mapped till the 16th century.Known as Acrux, blue-white Alpha Crucis is the constellation's brightest star and the bottom star of the cross. Nearly as bright are Beta and Gamma, while Delta and Epsilon make up the asterism. Many of the constellation's brighter stars are members of the Scorpius–Centaurus Association, a loose group of hot blue-white stars that appear to share a common origin and motion across the Milky Way. Two star systems have been found to have planets. The constellation also contains four Cepheid variables visible to the naked eye under optimum conditions. Crux also contains the Jewel Box, a bright open cluster, and the Coalsack Nebula, the most prominent dark nebula in the sky.