Atlas is at least three stars. It's a visual binary with components Atlas A and Atlas B; Atlas A is itself a spectroscopic binary. I can't find the exact sizes of any of the components, but Atlas A is type III star or giant if that helps any.
Regulus is the brightest star in the constellation Leo.It is about 4 times larger than our own Sun with an estimated radius of between 3.15 and 4.15 that of our Sun.
Epsilon Orionis(Alnilam) is a large blue star in the constellation of Orion. It is the centre star of Orions belt.It has a radius about 26 times larger than our own Sun.
Alpha pegasi is the star which have traditional name Marko, comes from the Markab ( an Arabic word ) . This star is the third brightest star in the constellation Pegasus, and one of the four star in the asterism ( Great square of Pegasus ) .Radius of this star is 4.72 times more than solar radius
Rigel is the brightest star in the constellation Orion and the sixth brightest star.It has a radius of 78 times that of our Sun.You could therefore fit about 474,552 Suns inside Rigel.See related link for a pictorial difference.
mu cephei is a red super giant star also known As Herschel's garnet star in the cepheus constellation . It's bigger than betelgeuse and smaller than vy cephei having approximately 1650 times Larger than our sun's solar radius . ( one solar radius is equal to the 6.955 into 10 raise to power 8 meter )
The 2013 Ford Taurus's turning circle is 39.7 ft..
The 2012 Ford Taurus's turning circle is 39.7 ft..
The 2014 Ford Taurus's turning circle is 39.7 ft..
Volume of a Taurus figure:First, you need to calculate the cross sectional area:If the Taurus is solid:A = (PI * R^2)If the Taurus is hollow:outsideArea = (PI * outerRadius^2)insideArea = (PI * innerRadius^2)A = outsideArea - insideAreaNext, you need the outside and inside arc lengths:outsideArcLength = ((PI * outerDiameter ) / 360) * angleinsideArcLength = ((PI * innerDiameter ) / 360) * angleFinally:Volume = (outsideArcLength * (Area/2)) +( insideArcLength * (Area/2))Enjoy!SarvoOK. So much 4 comedy.U r not supposed 2 sign ur answers (see guidelines)What angle?Taurus is a constellation in the Zodiac in the shape of a bull; a torus is the shape of a donut.The correct formula is (pi * r ^ 2) * (2 * pi * R), where r is the radius of the cross-sectional circle, and R is the radius of the central circle. In other words, u multiply the area of the cross-section by the circumference of the central circle.
Regulus is the brightest star in the constellation Leo.It is about 4 times larger than our own Sun with an estimated radius of between 3.15 and 4.15 that of our Sun.
Epsilon Orionis(Alnilam) is a large blue star in the constellation of Orion. It is the centre star of Orions belt.It has a radius about 26 times larger than our own Sun.
Alpha pegasi is the star which have traditional name Marko, comes from the Markab ( an Arabic word ) . This star is the third brightest star in the constellation Pegasus, and one of the four star in the asterism ( Great square of Pegasus ) .Radius of this star is 4.72 times more than solar radius
Angenib has almost nine times the mass of the Sun and close to five times the Sun's radius. It has used up al the hydrogen in its core and is just beginning to evolve away from the main sequence.
Rigel is the brightest star in the constellation Orion and the sixth brightest star.It has a radius of 78 times that of our Sun.You could therefore fit about 474,552 Suns inside Rigel.See related link for a pictorial difference.
mu cephei is a red super giant star also known As Herschel's garnet star in the cepheus constellation . It's bigger than betelgeuse and smaller than vy cephei having approximately 1650 times Larger than our sun's solar radius . ( one solar radius is equal to the 6.955 into 10 raise to power 8 meter )
IMPOSSIBLE circumference = 2*pi*radius if circumference = 2*radius: 2*radius=2*pi*radius 2*radius/(2*radius)=2*pi*radius/(2*radius) 1=pi pi= 1 therefore it is impossible to have a circumference that is twice that of the radius
It means to multiply the radius by itself: radius x radius