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The First Hippo on the Moon Free FREE THE FIRST HIPPO ON THE MOON PDF David Walliams,Tony Ross | 32 pages | 05 May 2016 | HarperCollins Publishers | 9780008131814 | English | London, United Kingdom The First Hippo on the Moon - The World of David Walliams Two big hippos. Who can make it to the moon first? David Walliams has taken the literary world by storm and his brilliantly funny stories are adored by children the world over! He has achieved unprecedented critical acclaim and quickly developed a reputation as a natural successor to Roald Dahl. His books have been translated into over 45 languages and sold over 9. Adapted for the stage by acclaimed award winning theatre company Les Petits and hot off the heals of their hugely successful Captain Flinn and the Pirate Dinosaurs tour and immersive hit Adventures in Wonderlandcomes a fantastical adventure featuring puppetry, music, mayhem and a giant space race to the moon! The creative team have worked on such hit shows such as Dr. Open captioning allows theatre goers with varying degrees of hearing to view the full text as it is spoken or sung, including sound effects and off stage noises. These appear on a scrolling screen, positioned on or at the side of the stage. Audio Described performances are designed to improve the experience of The First Hippo on the Moon impaired and blind attendees. The First Hippo on the Moon well as listening to the dialogue on stage the customer can wear a headset and listen to a live description of the action on stage. A relaxed performance is a specially selected show from our programme, with slight adaptations to make it suitable for an audience of young people or adults with learning disabilities. This may include extra lighting, additional wheelchair spaces and the freedom to move to alternative seating if required. Dementia friendly performances are for all audiences. The theatre experience is enhanced for people living with dementia and their supporters, with adaptations to front of house service, the show and pre-show information packs. Additional dementia-aware staff, quiet spaces, clear signage and visual markers, sound and lighting adjustments and flexible seating options all help to create a supportive, shared experience. Singalong with the cast in this exclusive performance. Join in as loud as you like, fancy dress is optional but highly recommended. A Parent and Baby performance enables parents to attend the theatre with their baby under 12 months. We make small adaptations to the lighting and sound effects, including keeping the auditorium The First Hippo on the Moon slightly raised. The seating is unallocated and there is a relaxed attitude to noise. The First Hippo on the Moon Captioned Performance Open captioning allows theatre goers with varying degrees of hearing to view the full text as it is spoken or sung, including sound effects and off stage noises. Audio Described Audio Described performances are The First Hippo on the Moon to improve the experience of visually impaired and blind attendees. Relaxed Performance A relaxed performance is a specially selected show from our programme, with slight adaptations to make it suitable for an audience of young people or adults with learning disabilities. Dementia-Friendly Performance Dementia friendly performances are for all audiences. Sing Along Singalong with the cast in this exclusive performance. Latest Shows. More Info. Iconic Classics Quarry Theatre 21 Oct. Tickets More Info. Major funders. Principal Capital and Families Partner. Principal Capital and Access Partner. We use cookies to ensure you get the best experience. By using our website you agree to our Cookie Policy. I understand Privacy policy. Hippocamp (moon) - Wikipedia It was found by astronomer Mark Showalter by analyzing archived Neptune photographs the Hubble Space Telescope captured between and The moon is so dim that it was not observed when the Voyager 2 space probe flew by Neptune and its moons in Due to its unusually close distance to Neptune's largest inner moon Proteusit has been hypothesized that Hippocamp may have accreted from material ejected by an impact on Proteus several billion years ago. Showalter was examining archival Hubble Space Telescope images of Neptune fromas part of his study on the ring arcs of Neptune. Since the inner moons and ring arcs of Neptune orbit quickly, Showalter developed and used a technique similar to panningwhere multiple short- The First Hippo on the Moon images are gathered and digitally offset to compensate for orbital motion and to allow stacking of multiple images to bring out faint details. To confirm the moon, Showalter further analyzed over archival Hubble images going back to Nonetheless, the number of archival Hubble images with Hippocamp was enough to determine the moon's orbit. The moon is named after the hippocampusa mythological creature depicted as having the upper body of a horse with the lower body of a fish in Greek mythology. The provisional designation indicates that it was the first Neptunian satellite identified in images dating from By the International Astronomical Union 's IAU's nomenclature guidelines, name proposals for Neptune's moons must be based on a figure from Greco-Roman mythology with a relationship to Poseidon or Neptune. The mass distribution of the Neptunian moons is the most lopsided of the satellite systems of the giant planets in the Solar System. One moon, Tritonmakes up nearly all of the mass of the system, with all other moons together comprising only one third of one percent. The reason for the lopsidedness of the present Neptunian system is that Triton was captured from the Kuiper belt well after the formation of Neptune's original satellite system, much of which was destroyed in the process of capture. Triton's orbit upon capture is presumed to have been highly eccentricwhich would have caused chaotic perturbations in the orbits of the original inner Neptunian satellites, leading to the ejection of some moons and the collisional destruction of others. Among these re-accreted moons are Proteusthe largest and outermost of Neptune's present inner moons. This unusually large size of Pharos relative to Proteus implies that the impact event that formed the crater would have nearly disrupted The First Hippo on the Moon and ejected a significant amount of debris. Their orbital semi-major axes differ by only ten percent, implying that both had likely originated from the same position in the past. This is further evidenced by accounting for the moons' respective outward orbital migration rates, which also suggests that Hippocamp and Proteus were much closer together in the past. Based on this evidence, Showalter and colleagues proposed that Hippocamp may have originated from debris ejected from Proteus by the cometary impact that formed its largest crater, Pharos. In this scenario, Hippocamp would be considered as a third-generation satellite of Neptune, originating from impacts on Neptune's reformed regular moons after the capture of Triton. As with the other small inner moons of Neptune, Hippocamp is thought to have been repeatedly disrupted by comet impacts after it had coalesced from debris ejected from Proteus. Based on the formation rate of large craters on Proteus, Hippocamp is estimated to have been disrupted about nine times in the past 4 billion years, re-accreting back after each disruption The First Hippo on the Moon. Hippocamp had also likely lost some of The First Hippo on the Moon mass during these disruption events, possibly accounting for some of the missing volume of material ejected from the Pharos impact event. Hippocamp is the smallest known moon of Neptune, with a diameter estimated at It is about 1, times less massive and 4, times less voluminous than its hypothesized progenitor, Proteus. The surface properties of Hippocamp are unknown as it was not extensively studied through different wavelengths of lightparticularly in the near-infrared spectrum. Hippocamp is assumed to resemble Neptune's other inner satellites in having a dark surface. Their geometrical albedos range from 0. Hippocamp completes one revolution around Neptune every 22 hours and 48 minutes 0. Its small size at this location runs counter to a trend among the other regular Neptunian satellites of increasing diameter with increasing distance from the primary. Being situated at a relatively close distance to the much larger Proteus, Hippocamp is subjected to its significant gravitational influence. This can allow for an estimate of the mass of Proteus by The First Hippo on the Moon its influence on Hippocamp's orbit for over a period of several decades. Proteus and Hippocamp are nearly in a mean-motion resonancewhich may be the reason for Hippocamp's sensitivity to the mass of Proteus. From Wikipedia, the free encyclopedia. This article is about the Neptunian moon. For other uses, see Hippocampus disambiguation. Composite of Hubble images from showing Neptune, its ringsand inner moons including Hippocamp circled [a]. Alternative names. Semi-major axis. Orbital period. Mean anomaly. Mean density. Rotation period. Apparent magnitude. The color image of Neptune was taken separately by Hubble in August Jet Propulsion Laboratory. Retrieved 21 June Lexico UK Dictionary. Oxford University Press. February Bibcode : Natur. March Bibcode : Icar. Central Bureau Electronic Telegrams. International Astronomical Union. Bibcode : CBET. Space Telescope The First Hippo on the Moon Institute. Retrieved 15 July Retrieved 18 July Retrieved 12 June Cosmic Diary. Retrieved 16 July European Space Agency. Retrieved 21 February Gazetteer of The First Hippo on the Moon Nomenclature. Retrieved 22 June Mikulski Archive for Space Telescopes. Bibcode : hst. Retrieved 25 June Minor Planet Circular. Minor Planet Center. Scientific American. August Bibcode : Sci May Bibcode : Icar October Astronomy Magazine. The Astronomical Journal. Bibcode : AJ Retrieved 21 July January Resonant history of Proteus, Larissa, Galatea, and Despina". Moons of Neptune. Generally listed in increasing distance from Neptune.
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