Whichpattern is known as a ‘star’? What does a ‘star’ believed to signal?
412069
Are you talking about morning stars and evening stars?  Those are candlestick terms used to predict the movement of a stock price.  A morning star signifies the end of a down movement and vice versa for a evening star.  www.candlestickforum.com has all you need to know about candlesticks.  \n\nI use candlesticks to get a good visual of the stock price.  But I'd be careful about using them as the only source of stock trading considerations.
15409
The star after the serial number is a replacement note that was issued to take the place of a defective note that was discovered. Since it's too cost-prohibitive to re-issue the same serial number, it's easier to print up a bunch of star notes and then use them to fill the stack once the defects are pulled out. Most star notes don't command a premium unless they are uncirculated, and/or have a real interesting serial number.
385991
In some constellations, Roman letters were used to label stars if there weren't enough letters in the Greek alphabet to label them all.  They start with lower case a to z, then go on to uppercase A to Q.  R and later are usually used to denote variable stars :)
364804
The brightest stars still carry the names they were given to them by (mainly) Arabic astronomers (Aldeberan, Altair, etc).    Many of the other brighter stars are given greek or number representations within the constellation.  Alpha-Centari is the brightest (alpha = 1st letter) in the constellation centarus.  This goes all the way out through numbers like the famous star 51-Peg (the 51st brightest star in Pegasus).\n\nThese days most stars just carry a catologue number, or a particular set of coordinates on the sky, so that anyone can find the star you are talking about.  No star has been given a proper "name" in many centuries.
236374
A very bright "star" that's usually reported is the planet Venus. It rises and sets close to the sun and has therefore in ancient times been given the names Eveningstar and Morningstar. \n\nIf you see a star that sets or rises just hours before or after the sun and is exceptionally bright, you're with highest probability looking at our neighbour planet Venus.
308236
When performing star counts, astronomers consider many different categories which have created been to classify a few stars that have been well studied. One of the hopes of studying the results of star counts is to discover new categories. Different counts typically seek to categorize stars for only a few of the qualities listed below, and determine how common each considered quality is and how stars of that kind are distributed.\n\nTemperature. In astronomy, temperature is usually shown using the letter codes O B A F G K M L T running from blue (type O) through white (type F) to red (type M). Types L and T are used for brown dwarfs, whose 'colors' are in the infrared. \nSize. Size is usually designated by Roman numerals I (supergiants) through V (dwarfs). \nAge. Stars are usually grouped into Population I (young) and Population II (old). \nLocation. In the Milky Way Galaxy the groups are described as thin disk, thick disk, central bulge, and halo. \nMultiplicity. Most stars appear to be members of double star or triple star, or even double-double star systems. Our own sun appears to be rare for not having a companion star. \nThere are many finer subdivisions in all of the above categories.\nIn which category you want me to count the Stars.
174626
Basically, it's the degree of brightness of a star.\n\nThe websites below might be able to help you with your question.
832098
HR may mean Human Resources in other contexts but in astronomy it means the Hertzsprung-Russell Diagram\n\nThe Hertzsprung-Russell diagram (usually referred to by the abbreviation H-R diagram or HRD, also known as a Colour-Magnitude diagram, or CMD) shows the relationship between absolute magnitude, luminosity, classification, and surface temperature of stars. \n\nThe diagram was created circa 1910 by Ejnar Hertzsprung and Henry Norris Russell, and represented a huge leap forward in understanding stellar evolution, or the 'lives of stars'. \n\nTo understand it you need to read up about the Morgan-Keenan spectral classification of stars.(see second link).\n\nThe short answer to what you ask is that the smallest Main Sequence stars are to be found at the bottom right ot the diagram and the smallest white dwarfs at the bottom left of the diagram.
962472
seeing two falling stars in the past six months is not normal\n\n\n\n\nfollow ants\n\ntalk with animals\n\nquietly listen\n\nlisten to the wind\n\nlisten to the creak of the branches\n\nlisten to the flutter of the leaves\n\nimgaine:  spiders weaving\nbeetles breathing\nplants growing\n\nlearn the language of nature\n\nyour life outdoors, especially at night could be your primary source of\neducation\n\n(i am unable to recall the last time i saw a falling star)
576810
The five pointed star is a pagan symbol.  It represents the hands, arms, and head of a person.  Like many pagan symbols, it was adopted into Christianity.  Many medieval paintings show important saints with halos containing stars.  Like many Christian symbols, it was reversed by those who claimed allegiance to Satan, and the inverted star (with one point facing down) is still used as a symbol in Satanism.\n\nThere are other stars.  The Star of David has six points.  Islam favors an eight-sided star, as does Buddhism.  These are relatively hard to draw.  You'd think a star of two triangles would be easy, but it's not.  \n\nOver time, the five-pointed star's association with Christianity was lessened in favor of the cross, but it was still considered a symbol of luck, and so was incorporated into many other symbols, such as flags.
422601
The stars you're talking about denote the rank of the individual.  Stars, as a symbol of rank usually represent a higher rank such as, chief, commissioner, etc. Bars are usually used to denote lower ranks such as lieutenant or captain.  Many departments follow military rank to the tee, whereas others try to make their higher ranks look like Russian generals.
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STARS AND NEBULAE.\n\nMost of the things you can see in the night sky are stars: a few thousand are visible to the unaided eye. A star is a hot ball of mostly hydrogen gas; the Sun is an example of a typical, ordinary star. Gravity keeps the gas from evaporating into space, and pressure due to the star's high temperature and density keeps the ball from shrinking. In the core of the star, the temperature and densities are high enough to sustain nuclear fusion reactions, and the energy produced by these reactions works its way to the surface and radiates into space as heat and light. When the fuel for the fusion reactions is depleted, the structure of the star changes. The process of building up heavier elements from lighter ones by nuclear reactions, and adjusting the internal structure to balance gravity and pressure, is called stellar evolution. \nLooking at a star through a telescope can tell us many of its important properties. The color of a star tells us its temperature, and the temperature depends on some combination of the star's mass and evolutionary phase. Usually, observations also allow us to find the luminosity of the star, or the rate at which it radiates energy as heat and light. \nAll stars visible to the unaided eye are in our galaxy, the Milky Way. The Milky Way is system of roughly 100 billion stars, along with a great deal of interstellar material. The galaxy is shaped like a flattened disk embedded in a round, faint halo. Gravity keeps the stars from drifting away, and the motions of the stars keep the system from falling in on itself. The Milky Way has no distinct edge - the distribution of stars tapers off gradually with increasing distance from the center. The SDSS detects stars more than a million times fainter than can be seen with the unaided eye, far enough to see the outer structure of the Milky Way. \nStar Colors and Luminosities: The H-R Diagram\nAstronomers often make plots of the luminosities of stars compared to their colors. The first such charts were made in the early twentieth century, when astronomers took spectra of thousands of stars, then placed the spectra into a sequence based on the appearance of several different features. The classes of stars were given different letters as names; in order of decreasing temperature, they are OBAFGKMLT. The hottest stars are class O, while the coolest are class T. Two astronomers, Ejnar Hertzsprung and Henry Norris Russell, independently started to wonder what would happen if they compared stars' luminosities to their spectral classifications (or, alternatively, to their temperatures). They knew that some stars were hotter and more luminous than the sun, and that others were cooler and less luminous. Hertzsprung and Russell found that 90% of the stars fell into a narrow band they termed the "main sequence." Today, we call this type of plot a Hertzsprung-Russell (or H-R) diagram. \nAstronomers further divide each letter into ten categories from 0 to 9, with 0 being the hottest star in that spectral class and 9 being the coolest. So, a B1 star is hotter than a B2 star, and a B9 star is hotter than an A0 star. Our own sun is at the "hot" end of the G range with a surface temperature of 5,770° K; therefore, it's called a G2 star. \nSpectral classes give us a convenient way to refer to most types of stars - from O0, the hottest at over 25,000° K, down to T9, the coolest failed stars at 1,000° K. Each spectral type of star is associated with a specific color: all G-type stars like the sun are yellow, all M-type stars appear red, and all B-type stars are bluish. Thus, this system of letters and numbers tells us where a star is on the horizontal (color or temperature) axis of the H-R diagram. \nTwo alternative systems tell us approximately where on the vertical (luminosity) axis a star can be found. One system uses absolute magnitude, a measure of luminosity derived from the apparent magnitude, or brightness of the star
573297
Either a meteor or prosperity, depending on the kanji.\n\n隆盛 【りゅうせい】 (adj-na,n) prosperity; \n流星 【りゅうせい】 (n) meteor; falling star
1133174
I like this poem because it shows or tells how a myth or legends begin. They begin from a tragedy and then they will be lost or just told so many times that only parts of the story is true compared to when it was first told. It will become the basic myth or legends in words of this poem a star. Most of the imagery is sound and that is like a story that is being told to younger people. It also has a little bit of sight imagery and here is the line of the poem, “you can almost see the outline there: her fingertips touching his, the faint fusion of the two bodies breaking into light.”  The idea is that a new star is merging with and old star to make a new one. Most of the stars that die will either explode into gas, which makes a new star.
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33 Arietis, commonly (among astronomers) 33 Ari, seems to be a double star pair. We are finding more double stars as the acuity of our instruments improves.\n\nWhere before we could only see a single point of light, now we can see that there are two stars in orbit around each other.\n\n;-D Hey! I am an Aries. What's your sign?
1143406
the "stars" are a symbol of fate. the play starts w/ 2 "star-crossed" lovers. no matter how they try and plan to deny their fate- and fall in love/ live happily ever after- they are doomed.
1144835
Only know two.\n\nchevron and the star\n\nI think the chevron has something to do with wings, or flight, some kinda bird goddess or whatever.\n\nThe star I have no I dea could be a lot of things, probably represents \n"all-star"\n\ntheres my two cents.