Sugar, Glucose Syrup, Skimmed&nbsp;<strong>Milk</strong>&nbsp;Powder, Cocoa Butter, Cocoa Mass, Sunflower Oil,&nbsp;<strong>Milk</strong>&nbsp;Fat,&nbsp;<strong>Lactose</strong>, Whey Permeate (<strong>Milk</strong>),&nbsp;<strong>Barley</strong>&nbsp;Malt Extract, Salt, Emulsifier (<strong>Soya</strong>&nbsp;Lecithin),&nbsp;<strong>Egg</strong>&nbsp;White Powder, Palm Fat, Starch, Milk Chocolate contains Milk Solids 14% minimum</p> Sugar, Glucose Syrup, Skimmed Milk Powder, Cocoa Butter, Cocoa Mass, Sunflower Oil, Milk Fat, Lactose, Whey Permeate ( Milk), Barley Malt Extract, Salt, Emulsifier ( Soya Lecithin), Egg White Powder, Palm Fat, Starch, Milk Chocolate contains Milk Solids 14% minimum The Milky Way is a relatively thin, flattened disk. This explains why it appears as a band in our sky. When we are looking in the direction of the disk, Earthlings see the combined light of all the stars in the galaxy. When we look in a direction away from the disk, we see only the stars close to our solar system. Sugar, Cocoa Butter, Skimmed Milk Powder, Cocoa Mass, Milk Fat, Lactose, Whey Permeate ( Milk), Emulsifier ( Soya Lecithin), Vanilla Extract, Milk Chocolate contains Milk Solids 14% minimum and Cocoa Solids 25% minimum

A conspicuous component of the Galaxy is the collection of large, bright, diffuse gaseous objects generally called nebulae. The brightest of these cloudlike objects are the emission nebulae, large complexes of interstellar gas and stars in which the gas exists in an ionized and excited state (with the electrons of the atoms excited to a higher than normal energy level). This condition is produced by the strong ultraviolet light emitted from the very luminous, hot stars embedded in the gas. Because emission nebulae consist almost entirely of ionized hydrogen, they are usually referred to as H II regions.

Both the Milky Way and Andromeda are moving together in the direction of what's called the Great Attractor, the University of Hawaii Institute for Astronomy reported. The Great Attractor is thought to be the center of the Laniakea Supercluster. However, observations of this region of the local universe are difficult because it lies past the direction of our galactic center, which obscures our view. Additional resources Clusters smaller and less massive than the globular clusters are found in the plane of the Galaxy intermixed with the majority of the system’s stars, including the Sun. These objects are the open clusters, so called because they generally have a more open, loose appearance than typical globular clusters. Measured ages of open clusters agree with the conclusions that have been reached about their life expectancies. They tend to be young objects; only a few are known to exceed 1 billion years in age. Most are younger than 200 million years, and some are 1 or 2 million years old. Ages of open clusters are determined by comparing their stellar membership with theoretical models of stellar evolution. Because all the stars in a cluster have very nearly the same age and chemical composition, the differences between the member stars are entirely the result of their different masses. As time progresses after the formation of a cluster, the massive stars, which evolve the fastest, gradually disappear from the cluster, becoming white dwarf stars or other underluminous stellar remnants. Theoretical models of clusters show how this effect changes the stellar content with time, and direct comparisons with real clusters give reliable ages for them. To make this comparison, astronomers use a diagram (the colour-magnitude diagram) that plots the temperatures of the stars against their luminosities. Colour-magnitude diagrams have been obtained for more than 1,000 open clusters, and ages are thus known for this large sample. Recent advances in the study of moving groups have had an impact on the investigation of the kinematic history of stars and on the absolute calibration of the distance scale of the Galaxy. Moving groups have proved particularly useful with respect to the latter because their commonality of motion enables astronomers to determine accurately (for the nearer examples) the distance of each individual member. Together with nearby parallax stars, moving-group parallaxes provide the basis for the galactic distance scale. Astronomers have found the Hyades moving cluster well suited for their purpose: it is close enough to permit the reliable application of the method, and it has enough members for deducing an accurate age.

The band of light that you see isn’t actually milk, of course—it’s a galaxy. A galaxy is a huge bunch of stars clustered together in space. Our solar system—which includes the sun, Earth, and seven other planets—is part of this galaxy, called … you guessed it … the Milky Way. Sugar, Cocoa Butter, Skimmed&nbsp;<strong>Milk</strong>&nbsp;Powder, Cocoa Mass,&nbsp;<strong>Milk</strong>&nbsp;Fat,&nbsp;<strong>Lactose</strong>, Whey Permeate (<strong>Milk</strong>), Emulsifier (<strong>Soya</strong>&nbsp;Lecithin), Vanilla Extract, Milk Chocolate contains Milk Solids 14% minimum and Cocoa Solids 25% minimum</p> Central regions of the Milky Way Galaxy. The image on the left is in visible light, and the image on the right is in infrared; the marked difference between the two images shows how infrared radiation can penetrate galactic dust. The infrared image is part of the Two Micron All Sky Survey (2MASS), a survey of the entire sky in infrared light. (more) Sugar, Cocoa Mass, Skimmed Milk Powder, Cocoa Butter, Lactose, Starch, Milk Fat, Palm Fat, Glucose Syrup, Shea Fat, Stabiliser (Gum Arabic), Dextrin, Colours (E100, Carmine, E133, E160a, E160e, E170), Emulsifier ( Soya Lecithin), Glazing Agent (Carnauba Wax), Salt, Palm Kernel Oil, Flavouring, Milk Chocolate contains Milk Solids 14% minimum, Milk Chocolate contains Vegetable Fats in addition to Cocoa ButterOf course, there are many things you can break or cut a piece off to fall within five syns or less but these are actual bars you can get for this allowance.

After achieving overnight fame in 1781 when he discovered Uranus, William Herschel was swiftly appointed as King George III’s court astronomer. The king gave him money to build telescopes, including his 40-foot-long (12 meters) telescope with a 48-inch mirror.Mint double chocolate ice cream lollies or vanilla ice cream sandwich with chocolate biscuits, 100ml each – 6 syns approx, 115kcal approx. The birth of radio astronomy provided this new tool and led to the discovery that the galaxy is filled not only with dust, but also with tremendous amounts of cold, neutral hydrogen gas. Most of the time, a hydrogen atom’s proton and electron spin in the same direction. But sometimes, electrons flip and spin in the other direction. For any given hydrogen atom, this only happens about once every 100 million years. When it does, energy is emitted with a wavelength of 21 centimeters. These waves pass right through the clouds of dust that hide visible light, which has a much shorter wavelength.