To be bright, or attract attention, as a star; to shine like a star; to be brilliant or prominent; to play a part as a theatrical star.

A dense, glowing ball of hydrogen, helium, and trace quantities of heavier elements that shines with energy released from a hydrogen thermonuclear fusion reaction in the center, or core. Our Sun is an example of a star. Stars can appear red, orange, yellow, blue, or white, according to their masses and effective temperatures. Stars are born from clouds of gas and dust, live for millions or billions of years, depending on their masses, and die sometimes spectacular deaths. Stars usually exist in very large collections called galaxies.

a huge, immense, ball of gas, that produces energy by nuclear fusion

A self-illuminating body of gas in space.

A self-luminous ball of gas that shines or has shone because of nuclear reactions in its interior. A to F | G to L | M to R | S to Z

an object in space composed of intensely hot gasses that creates light and heat energy from nuclear reactions going on inside of it

Stars are massive hot balls of fire, with nuclear reactions in their cores giving out immense amounts of heat and light energy. There are many different kinds of star and they range in temperature, size and age. Hot stars look blue, and cool stars look red. The lifetime of a star is determined by how massive it is: high mass stars are relatively short lived, whereas low mass stars last for longer. Low mass stars evolve into red giants, and ultimately become white dwarfs and nebulae - our Sun will suffer a similar fate. High mass stars, on the other hand, die spectacularly when their cores collapse under their own gravity, creating a massive supernova explosion. What's left behind is either a neutron star or a black hole. In fact, most of the elements in the periodic table are produced by supernova explosions, and they are only around today because of supernova explosions in the early universe.

A hot, glowing sphere of gas, usually one that emits energy from nuclear reactions in its core.

A bright ball of gas, such as the Sun.

A round dense ball of hydrogen, in the process of nuclear fusion. Our star is the Sun.

a ball of gas that makes its own light and heat because of nuclear reaction in its center.

A firework effect which is normally a glowing star or flaming ball. It can be in any colour, and may terminate in a report, or break into other effects. The star itself is quiet, so any firework consisting only of "stars" shouldn't make too much noise.

A glowing ball of gas that uses a nuclear reaction to produce energy. This image from the Hubble Space Telescope is of star birth in the Eagle Nebula, November 2, 1995.

A pellet or small ball of flame.

A huge ball of gas held together by gravity. The central core of a star is extremely hot and produces energy via nuclear fusion. Some of this energy is released as visible light, which makes the star glow. Stars come in different sizes, colors, and temperatures. Our Sun, the center of our Solar System, is a yellow star of average temperature and size.

A hot ball of gas that shines from its own energy.

A large ball of gas that creates and emits its own radiation through the process of nuclear fusion.

(astronomy) a celestial body of hot gases that radiates energy derived from thermonuclear reactions in the interior

a ball of fire

a ball of gas, mostly hydrogen, in outer space that is massive enough to heat and compress the hydrogen in its core enough to ignite nuclear fusion reactions

a ball of hot, burning gases

a ball of Hydrogen (H) and Helium (He)

a ball of swirling clouds of hot gas, mostly hydrogen and helium

a big ball of gas which gives off both heat and light

a big heaping ball of burning gasses with enough power to completely destroy everything around it (reference my avatar)

a body that at some time in its life generates its light and heat by nuclear reactions, specifically by the fusion of hydrogen into helium under conditions of enormous temperature and density

a brilliantly glowing sphere of hot gas whose energy is produced by an internal nuclear fusion process

a celestial body that shines by burning its supply of hydrogen gas

a data acquisition, evaluation, integration and control system for liquid and gas chromatography

a fiery luminous heavenly body

a hot ball of burning gas

a hot ball of gas which shines by producing its own light

a hot dense ball of gas so we should expect it have a continuous spectrum

a hot glowing sphere of gases that gives off energy

a "hot, incandescent sphere of gas, held together by its own gravitation and emitting light

a hot, roughly spherical ball of gas that shines as a result of nuclear fusion reactions in its core

a huge, amazing fusion reactor

a huge ball of glowing gas in the sky

a huge ball of hot, glowing gases, which whirls in space

a huge ball of very very hot gas

a huge glowing ball of gases

a huge sphere of very hot, glowing gas

a large ball of glowing gases

a large ball of hot, shining, electricity with charged gasses called plasma

a luminous globe of gas producing its own heat and light by nuclear reactions (nuclear fusion)

a massive ball of superhot helium and hydrogen

a massive body of plasma The word plasma has a Greek root which means "to be formed or molded" (the word plastic shares this root)

a mass of gas in space, such as the sun, ranging in size from that of a planet to larger than Earth's orbit, which generates energy by thermonuclear reactions

a mass of hot gasses emitting energy waves

a nearly spherical body of incandescent gas, mostly hydrogen and helium

an enormous ball of glowing gas

an enormous fire ball, fueled by a nuclear reaction at its core which produces massive amounts of heat and pressure

an enormous sphere of glowing gas that gives off tremendous amounts of light and heat

an object in space which is made of gas

an object that shines brightly because of 'nuclear reactions' that occur in its center

a powerful nuclear energy furnace, which turns on when a huge cloud of gas and dust in the interstellar space condenses under its own weight

a self-gravitating sphere of plasma , in hydrostatic equilibrium , that generates energy in its interior, via nuclear fusion

a shining light

a sphere of gas where the gravitational force, which tends to pull all the particles together, is balanced by an outgoing pressure from the gas itself

a sphere of gas, which ordinarily would contract under its own weight were it not for the pressure of both the gases and the radiation it produces

a very large ball of gas which produces light and heat from nuclear reactions

a visually luminous body

A ball of gas which produces its own light and heat from central nuclear reactions.

a large celestial body, composed of highly condensed, hot gases. Energy in stars is produced by nuclear fusion it the stars core and is released in the form of electromagnetic radiation

A self-luminous gaseous body that typically generates energy by nuclear reactions in its interior. Note that white dwarfs and neutron stars that no longer possess nuclear reactions, but shine by radiating stored-up heat that originally was derived from nuclear reactions, are also referred to as stars.

A large object that produces its own heat and light using nuclear fusion reactions. The Earth and beyond

A natural luminous body visible in the sky, especially at night.

a ball of gas and plasma held together by gravity and produces light through the process of nuclear fusion

Giant ball of gas in space which produces vast amounts of energy through nuclear reactions in its core. There are many different types of stars, which are classified according to their temperatures, colours, ages and compositions.

A glowing ball of gas held together by its own gravity and powered by nuclear fusion in its core. [More Info: Field Guide

A very large ball of burning gas. There are lots of different types and sizes, the bigger they are the faster they burn their gas. Some stars turn into Red Giants, some into White Dwarves. Others explode quite spectacularly as a Super Novae, and others are so large that they collapse in on themselves to create a blackhole.

a self-luminous gaseous body. The sun is a typical star. Jennifer Aniston is also a typical star. Star Jones is not a typical star, though she may be gaseous.

A self-luminous celestial body consisting of a mass of gas held together by its own gravity in which the energy generated by nuclear reactions in the interior is balanced by the outflow of energy to the surface, and the inward-directed gravitational forces are balanced by the outward-directed gas and radiation pressures.

a ball of gas which radiates energy

Gaseous body that generates energy by a nuclear fusion reaction.

A self-luminous body held together by its own gravity and with a central temperature and pressure sufficient to liberate energy by nuclear fusion.

A ball of mostly hydrogen and helium gas that shines extremely brightly. Our Sun is a star. A star is so massive that its core is extremely dense and hot. At the high stellar core temperatures, atoms move so fast that they sometimes stick to other atoms when they collide with them, forming more massive atoms and releasing a great amount of energy. This process is known as nuclear fusion. Scientists have not yet been able to use nuclear fusion as a power source here on earth, but they are trying

a self-luminous sphere of hot gas held together by gravity; ordinary stars generate energy by nuclear fusion in their cores

a large ball of gas held together by gravity that creates and emits its own radiation from a nuclear fusion process.

A giant ball of hot gas that creates and emits its own radiation through nuclear fusion.

A large mass of gas held together by its own gravity which emits energy that is fueled by nuclear reactions. Ex. the Sun.

A large ball of gas, mostly hydrogen, held together by gravity. Stars produce their energy through nuclear reactions: in normal stars, hydrogen is being converted to helium, and this process releases energy. Our Sun is a very ordinary kind of star: it is about five thousand million years old, and will keep going for about another five thousand million years.

A massive ball of gas fusing elements together in its core.

a huge ball of gas that is so heavy that it causes nuclear reactions inside itself. This produces heat and light.

Each star in the sky is a glowing ball of gas. Our sun is a medium-sized star. The first stars in the Universe appeared about 200 million years after the Big Bang (which occurred about 13.7 billon years).

An object made entirely of gas that shines brightly as a result of nuclear fusion in its interior. How can a star become a black hole

A dense, glowing ball of hydrogen, helium, and perhaps heavier elements that shines with the energy released from thermonuclear fusion reactions in its core. Stars appear in colors that range from red, orange, and yellow to white and blue. The surface temperature depends on the star's mass and its stage in life. In general, the most massive stars are the hottest, so they shine blue or white, while the least massive stars are coolest, so they shine orange or red. Stars are born, live and die within a metropolis populated with billions of stars called a galaxy. They may live for millions or billions of years depending on their mass.

A self-luminous object that shines through the release of energy produced by nuclear reactions at its core.

A gaseous, self-luminous object held together by its own gravity, and so hot that its core releases energy by fusing lighter nuclei into heavier nuclei; the Sun is one such star.

A big ball of burning gas sustained by nuclear reactions

A gaseous, self-luminous object held together by its own gravity. The core of a star is extremely hot and releases energy by fusing lighter atomic nuclei into heavier nuclei. Our Sun, the center of our solar system, is a star of average temperature and size.

A star is a massive, luminous ball of plasma. Stars group together to form galaxies, and they dominate the visible universe. The nearest star to Earth is the Sun, which is the source of most of the energy on Earth, including daylight.

DNC wiring scheme where a hub connects each machine via radial cables

A MULLET with no central hole.

A network configuration (topology) in which all computers and devices are connected by direct cables to a central hub.

The most common network topology where each node is connected to a central point. This topology is preferred as the network continues to function even if one or more nodes are damaged or disconnected.

A network topology where each node is connected to a central hub.

the topology of a network whose components are connected to a hub

a network topology that connects all devices to a central location called a hub

Network in which all terminals are connected through a single point or node, such as a star coupler.

On a star network, workstations connect directly to a file server or hub, but not to each other.

A LAN topology in which all the nodes are connected to one central point or hub.

A network connection method that brings all links to a central node. (7/96)

A network topology in which each node is connected to a central point.

A topology in which all phones or workstations are wired directly to a central service unit or workstation that establishes, maintains, and breaks connections between the workstations.

A network topology consisting of a series of seperate communication links between nodes and a central controller. All transmissions from one node to another pass through a central controller, which is responsible for managing and controlling all communication. (1) Also called a port topology. (2)

a good approximation to a black body since stellar gases are very good absorbers of energy

an awesome song, I'll give myself that

a personal song that reflects JODYs desire that was born in his childhood and about believing in his destiny for himself and his music

a very strong song, making the viewer feel that there is hope no matter what

Star is an album by Belly.

"Star" is a song written by David Bowie in 1972 for the album The Rise and Fall of Ziggy Stardust and the Spiders from Mars.

"Star" is a song by Erasure, released in 1990 as the fourth European (and third American) single from the group's fourth studio album Wild!. A straightforward dance music track with disco music elements, "Star" was written by Erasure members Vince Clarke and Andy Bell. When released as a single, the track was remixed slightly for radio, bringing acoustic guitar elements and various background vocal parts forward in the mix.

After a while Meelah went back to the group. They went back in the studio & recorded their 2003 third album Star which features production and songwriting input from Mario Winans, Faith Evans, Mike City and the groupmembers themselves. The group's 3rd album Star had bad sales due to lack of advertisement and Meelah left the group once again.

"Star" is New Zealand band Stellar*'s ninth single, and their third single from their sophomore album Magic Line. This single is the last of the band's to have a physical release. The single, though charting for five weeks would only reach a position of #40.

a predetermined route for joining the initial approach fix (IAF)

Abbreviation for: standard terminal arrival Fr: STA

Standard Terminal Arrival Route

a actor that carries a movie

an actor whose name means box-office

Actor or actress about whom the story is written.

A famous actor.

An actor/actress of great popularity who plays the central roles in films they perform in.

a small area of white on the forehead

A patch of white on the forehead.

a hole in the sky

a kind of giant white hole has antonym black hole has definition The time-reversal of a black hole

a large celestial body composed of gravitationally contained hot gases giving off electromagnetic radiation, especially light

a reference to celestial things rather than fame

a sublime slice of laidback grooves that is perfect for late night listening sessions

a very large very bright object seen in the night sky, such as the moon or anti-aircraft fire

a cosmic spirit

a forever light

a large body that produces lots of light

a point-source light and is a most difficult subject since the slightest coma and chromatic aberration generate flares around the light source

a point source of light within the darkness of space

a type of fever forced upon protonselectrons by light matter particles for the sake of a viral replication cycle

A small body that gaps away from the previous long body. A star indicates the reduction of force illustrated by the previous long candle. A star following a long black body is called a raindrop.

A component of the STAR test used by school districts to assess Spanish-speaking students for their primary language skills. Reference

SYSTEM THREAT ASSESSMENT REPORT. The STAR is the basic authoritative threat assessment tailored for and focused on a particular U.S. defense acquisition program. Included in the STAR is an assessment of those projected capabilities -- doctrine, strategy, tactics, organization, equipment, and military forces -- that a potential enemy could use to defeat or degrade the U.S. system during its employment. The STAR is initially prepared at Milestone I for all ACAT I programs, and updated at Milestone II, III, and IV. A component prepared system threat assessment is required at ACAT II, III, and IV programs.

STAR Reading, STAR Math, and STAR Early Literacy are standardized, computer-adaptive assessments created by Renaissance Learning, Inc., for use in K-12 education. Each is a "Tier 2" assessment of a skill (reading practice, math practice, and early literacy, respectively) that can be used any number of times due to item-bank technology. These assessments fall somewhere between daily progress monitoring tools ("Tier 1") and high-stakes tests.

One of the higher rank achievements in Boy Scouting, earned after First Class rank. team A unit of Varsity Scouts, led by a youth team captain and adult coach.

an illusion, so I wont refuse to agree, however I do refuse you MC, its usually, u hypocrits hu spit yo shit, light fuse over me, wen its u dudes hu the little pricks

a lovely thing

a sign of good health, love, happiness and success

a shape that has many points

A popular symbol used in flags throughout the world; the first official American flag and the first flag of the Confederacy included stars in the canton; stars on flags are usually pentagrams, or five-pointed stars.

A fancy shape of polished diamond. A facet name. Small polished diamonds, usually under about one point (0.01 cts) each.

A term for the five-pointed and six-pointed devices used on many U.S. coins.

With six points the interaction of two triads in the macrocosm or microcosm. With five points the pentad of man. With seven points the Seven Rays or planes.

A five-pointed or six-pointed design element used on many U.S. coins.

a symbol used for classification purposes

a symbol used to classification purposes