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Acid Set: Sulfuric Acid (It Is An Oily, Heavy And Colorless Liquid) Hydrochloric Acid (Colorless Liquid With A Pungent Odor) Nitric Acid (Colorless Liquid That Fumes In Air) Phosphoric Acid (Crystalline Solid, Colorless And Odorless) 250 Ml, Model Of Cyclone And Anticyclone, Nitrates (All Solid, Powdery Substances) Silver Nitrate, Aluminum Nitrate, Ammonium Nitrate, Potassium Nitrate, Calcium Nitrate, Copper (Ii) Nitrate Sodium Nitrate 50 G, Set Of Instruments For Experiments With Electric Current, Crystallizer. Made From Soda-Lime-Silicate Glass., Demonstration Models Model By Geography Shifts And Faults Of The Earths Crust, A Set Of Models For The Formation Of Σ- And Π Bonds, Metal Set Calcium (A Soft, Reactive Alkaline Earth Metal, Silvery-White) Sodium (A Silvery-White Metal, In Thin Layers With A Purple Tint, Plastic, Even Soft (Easily Cut With A Knife), A Fresh Cut Of Sodium Is Shiny.) Magnesium (Silver-White Shiny Metal, Relatively Soft, Ductile And Malleable) Aluminum (A Soft, Lightweight, Silver-White Metal). Manganese (A Hard And Brittle Silvery-White Metal). Zinc (Brittle Bluish-White Metal). Iron (Granules/Powder). Copper (Soft, Malleable And Easily Rolled And Drawn) 50 G, Organic Chemistry Glycerin-Oily Liquid-250Ml Ethyl Ether (Sulfur) – Liquid-250Ml Formic Acid - Liquid - 250Ml Acetic Acid - Liquid - 250Ml Glucose-Solid-50Ml Sucrose-Solid-50Ml Methyl Orange-Solid-50Ml Phenolphthalein-Solid-50Ml Universal Indicator (Paper) - 10 Packs Of 100 Pcs. Ethanol-Liquid-250Ml Methanal-Liquid-250 Ml, Laboratory Trays(White Plastic), M O D E L Sun–Earth–Moon (Tellurium), Filter Paper, Oxide Set: Copper(Ii) Oxide (Black Solid) Barium Oxide (Colorless Crystals Or Grayish-White Porous Mass) Silicon (Iv) Oxide (Refractory Solid, Insoluble In Water) Iron(Iii) Oxide (Red-Brown) Calcium Oxide (White Or Gray-White Solid, Odorless, In The Form Of Hard Lumps) Aluminum Oxide (Crystalline) Silver(I) Oxide (Brownish-Black Cubic Crystals) Zinc Oxide (White Fine Crystalline Powder) 50 G, Rubber Apron, Rubberized, Crystal Lattices Of Table Salt. The Model Is Intended To Demonstrate The Atomic Structure Of The Crystal Lattice Of Table Salt When Studying Physics And Chemistry Courses In Lessons On Topics “The World Of Crystals”, “Atomic-Molecular Science”, “Structure Of Substances”. 2. Completeness And Device 1. Green Balls - 14 Pcs., Gray - 13 Pcs. 2. Connecting Tubes – 54 Pcs., 3. Instruction Manual – 1 Piece, Set Of Electron Cloud And Chemical Bond Models, Chrome Compounds (All Solid, Powdery Substances) Ammonium Dichromate, Potassium Thiocyanate 50 G, Diamond Crystal Lattices. Characteristics And Description Diamond Crystal Lattice Model C A Training Model For Visualizing The Atomic Structure Of Solids. The Model Demonstrates The Spatial Arrangement Of Carbon Atoms In The Diamond Crystal Lattice. Allows You To Visualize The Tetrahedral Structure Of Bonds And Explain The Strength And Hardness Of Diamond. Used In Chemistry And Physics Lessons. Equipment: 30 Black Balls (Carbon Atoms) 40 Connecting Tubes (Covalent Bonds), Sulfides, Sulphites, Sulphates Aluminum Sulfate (Colorless Crystals, Platelets Or Powder) Ammonium Sulfate (Colorless Crystal) Iron (Ii) Sulfide (Black Crystals With A Metallic Luster) Potassium Sulfate (Colorless Crystal) Cobolt(Ii) Sulfate (Pink Crystalline Solid) Magnesium Sulfate (Colorless Crystals Or White Hygroscopic Powder) Copper (Ii) Sulfate Anhydrous (White And Crystalline) Sodium Sulfide (Oxygen-Free Salt. Under Normal Conditions, Both Crystalline Hydrates And Anhydrous Substance Are White, Very Hygroscopic) Sodium Sulfite (White, Odorless Solid) Sodium Sulfate (Colorless Crystals Or White Powder, A Grayish Tint Is Allowed) Sodium Hydrogen Sulfate (Colorless Hygroscopic Crystals Of Monoclinic System) 50 G, Collection “Raw Materials For The Fuel Industry”
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