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2. 40 x 30 second exposures in LRGB of Altair in the Aquila constellation, located about 17 light years away. Altair is a rapidly rotating, Type A, Main sequence star with about 1.8x the mass of our sun and about 1.8x the radius. The star completes a rotation in only 9 hours which creates a strong centrifugal force that causes the equator of the star to bulge out, the equatorial radius is 25% longer than its polar radius. By comparison our sun takes 25 days to rotate. [Credit : Own Work (Alexander Segler)]
2. Artist’s impression of Altair, notice the ellipsoidal shape due to centrifugal force [Credit : Judy Schmidt / CC BY 2.0]
3. Location of Altair, it’s the brightest star in the Aquila constellation. [Credit : skyandtelescope.com]
#astronomy #astrophotography #amateurastronomy #space #stargazing #outerspace #telescope #nightsky #temecula #stars #altair #aquila

2. 40 x 30 second exposures in LRGB of Altair in the Aquila constellation, located about 17 light years away. Altair is a rapidly rotating, Type A, Main sequence star with about 1.8x the mass of our sun and about 1.8x the radius. The star completes a rotation in only 9 hours which creates a strong centrifugal force that causes the equator of the star to bulge out, the equatorial radius is 25% longer than its polar radius. By comparison our sun takes 25 days to rotate. [Credit : Own Work (Alexander Segler)] 2. Artist’s impression of Altair, notice the ellipsoidal shape due to centrifugal force [Credit : Judy Schmidt / CC BY 2.0] 3. Location of Altair, it’s the brightest star in the Aquila constellation. [Credit : skyandtelescope.com] #astronomy #astrophotography #amateurastronomy #space #stargazing #outerspace #telescope #nightsky #temecula #stars #altair #aquila

#astronomy #astrophotography #amateurastronomy #space #stargazing #outerspace #telescope #nightsky #temecula #stars #altair #aquila

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