Explanatorium of science / Jenny Sich, senior editor

Contributor(s): Sich, Jenny [editor]Material type: TextTextPublisher: London : Dorling Kindersley Limited, 2019Description: 320 pages : color illustrations ; 30 cmISBN: 9780241359488Subject(s): Science -- Juvenile literature | Science -- Encyclopedias, JuvenileDDC classification: 503
Contents:
Matter -- What is Matter? -- What are the states of matter? -- How a solid changes to a gas -- How solids work -- How crystals grow -- How liquids flow -- How surface tension works -- How gases behave -- Hot-air balloon -- What is plasma? -- How mixtures work -- How diffusion works -- Why oil and water don't mix -- Is it liquid or solid? -- How distillation works -- What is chromatography? -- How atoms work -- How elements work -- Champagne pool -- How alkali metals work -- What is a transition metal? -- How mercury works -- How carbon works -- How oxygen works -- How halogens work -- How oble gases work -- Reactions -- How chemical reactions work -- How compounds work -- How bonding works -- How salt works -- How combustion works -- Blue volcano -- How reactions release energy -- How a reaction produces molten iron -- How rust works -- How sugar breaks down -- How one metal displaces another -- How a solid can form in a solution -- How electrolysis works -- How acids work -- How the pH scale works -- How flame tests work -- Firework display -- How catalysts work -- Materials -- How materials work -- How plastics work -- How nylon works -- How hi-tech materials work -- Shark skin -- How glass works -- How alloys work -- How recycling works -- What are nanoparticles? -- Energy -- How energy works -- How heat works -- How heat transfer works -- How waves work -- How sound works -- How the EM spectrum works -- ALMA telescope -- How light works -- How fluorescence works -- How colours mix -- How reflection works -- How lenses work -- How fibre optics work -- How magnetism works -- Aurora borealis -- How static electricity works -- How electric currents work -- How electromagnets work -- How nuclear energy works -- Forces -- How forces work -- How dommes work -- How forces and motion work -- How momentum works -- How springs work -- Shattered rose -- How friction works -- How gravity works -- How simple machines work -- How pressure works -- How density works -- How floating works -- How flight works -- Life -- What is life? -- How cells work -- How cells specialize -- How bacteria work -- Penicillium vulpinum -- How osmosis works -- How photosynthesis works -- How digestion works -- How breathing works -- How respirtation work -- How the heart works -- How plants transport water -- How animals regulate temperature -- How kidneys work -- Why plants grow towards light -- How eyes work -- Group hunting -- How nerves work -- How skeletons work -- How muscles work -- How flowers work -- How sexual reproduction works -- How animals develop -- How cloning works -- How cells divide -- How DNA works -- How inheritance works -- How evolution works -- Living together -- How mould works -- Earth -- How the Earth works -- How rocks form -- What is a mineral? -- How fossils form -- How volcanoes work -- How erosion works -- How soil works -- How glaciers work -- How the water cycle works -- Iguazu Falls -- How weather works -- How the greenhouse effect works -- How seasons work -- How the Sun works -- How stars form -- Andromeda -- Reference -- The periodic table -- All about atoms -- Scientific laws -- How life is classified -- Human body systems -- Earth's geological timeline -- How microscopes work -- Weights and measures
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Item type Current location Collection Call number Copy number Status Date due Barcode
Books Books Philippine Christian University Manila
Reference
Junior High School 503 Ex96 2019 (Browse shelf) 1 Available MJH12179

Includes glossary and index

Matter -- What is Matter? -- What are the states of matter? -- How a solid changes to a gas -- How solids work -- How crystals grow -- How liquids flow -- How surface tension works -- How gases behave -- Hot-air balloon -- What is plasma? -- How mixtures work -- How diffusion works -- Why oil and water don't mix -- Is it liquid or solid? -- How distillation works -- What is chromatography? -- How atoms work -- How elements work -- Champagne pool -- How alkali metals work -- What is a transition metal? -- How mercury works -- How carbon works -- How oxygen works -- How halogens work -- How oble gases work -- Reactions -- How chemical reactions work -- How compounds work -- How bonding works -- How salt works -- How combustion works -- Blue volcano -- How reactions release energy -- How a reaction produces molten iron -- How rust works -- How sugar breaks down -- How one metal displaces another -- How a solid can form in a solution -- How electrolysis works -- How acids work -- How the pH scale works -- How flame tests work -- Firework display -- How catalysts work -- Materials -- How materials work -- How plastics work -- How nylon works -- How hi-tech materials work -- Shark skin -- How glass works -- How alloys work -- How recycling works -- What are nanoparticles? -- Energy -- How energy works -- How heat works -- How heat transfer works -- How waves work -- How sound works -- How the EM spectrum works -- ALMA telescope -- How light works -- How fluorescence works -- How colours mix -- How reflection works -- How lenses work -- How fibre optics work -- How magnetism works -- Aurora borealis -- How static electricity works -- How electric currents work -- How electromagnets work -- How nuclear energy works -- Forces -- How forces work -- How dommes work -- How forces and motion work -- How momentum works -- How springs work -- Shattered rose -- How friction works -- How gravity works -- How simple machines work -- How pressure works -- How density works -- How floating works -- How flight works -- Life -- What is life? -- How cells work -- How cells specialize -- How bacteria work -- Penicillium vulpinum -- How osmosis works -- How photosynthesis works -- How digestion works -- How breathing works -- How respirtation work -- How the heart works -- How plants transport water -- How animals regulate temperature -- How kidneys work -- Why plants grow towards light -- How eyes work -- Group hunting -- How nerves work -- How skeletons work -- How muscles work -- How flowers work -- How sexual reproduction works -- How animals develop -- How cloning works -- How cells divide -- How DNA works -- How inheritance works -- How evolution works -- Living together -- How mould works -- Earth -- How the Earth works -- How rocks form -- What is a mineral? -- How fossils form -- How volcanoes work -- How erosion works -- How soil works -- How glaciers work -- How the water cycle works -- Iguazu Falls -- How weather works -- How the greenhouse effect works -- How seasons work -- How the Sun works -- How stars form -- Andromeda -- Reference -- The periodic table -- All about atoms -- Scientific laws -- How life is classified -- Human body systems -- Earth's geological timeline -- How microscopes work -- Weights and measures

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