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Colours of metal compounds: s- and p-block elements

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Subject

Chemistry

Level

A level

Resource type

Student activity

Teaching type

Formative assessment

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Copyright YDP SA
Keywords

state, process, element, metal, electrical, compound, electron, light, electromagnetic, spectrum, hydrogen, level, energy, excited, nucleus, absorption, wavelength, ion, cation, anion, ionic, chloride, covalent, oxide, coloured, charge, old, toxic, inorganic, potassium, mercury, white, visible, sulphide, iodide, iodine, character, radiation, ultraviolet, mechanism, transfer, pigments, paint, nitrate, ultraviolet radiation, photon, band, lead, cadmium, polarise, s-block, p-block, , colours, compounds:, elements, generally, colourless, master, lead nitrate, electrical charge, cadmium sulphide, visible light, energy level, excited state, inorganic compound, electromagnetic spectrum, chloride anion, ionic compound, hydrogen sulphide, potassium iodide, lead iodide, lead sulphide, mercury sulphide, s-block element, p-block element, covalent character, s-block metal, quantise, absorption band, photon energy, p-block metal, charge transfer process, charge transfer, charge transfer absorption band, charge transfer band, lead cation, dipositive lead ion, iodine nucleus, metal compound, cadmium oxide, sulphide anion, cadmium selenide, old master, lead hydroxycarbonate, lead white, vermilion, charge-transfer mechanism, charge-transfer, dipositive, selenide, hydroxycarbonate, italic=true>s-, italic=true>p-block, , colours of metal compounds: s- and p-block elements

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