1. The document discusses types of salts, how they are named, and methods of salt formation.
2. Common salt formation reactions include reactions between metals/metal compounds with acids/acid salts to form new salts and water.
3. The document provides examples of salt naming conventions and outlines several common salt formation methods like double displacement and acid-base reactions.
1. The document discusses types of salts, how they are named, and methods of salt formation.
2. Common salt formation reactions include reactions between metals/metal compounds with acids/acid salts to form new salts and water.
3. The document provides examples of salt naming conventions and outlines several common salt formation methods like double displacement and acid-base reactions.
1. The document discusses the properties of elements including metals, metalloids, and nonmetals. It describes characteristics like conductivity, melting point, bonding type, and phase of matter.
2. Graphs show trends in melting point, conductivity, and other properties across Period 3 elements (Na, Mg, Al, Si, P, S, Cl). Melting point generally increases while conductivity decreases from left to right.
3. Elements toward the left exhibit metallic properties like high conductivity and low melting points due to loose bonding of valence electrons. More nonmetallic elements toward the right have higher melting points and weaker bonding.
1. The document discusses the properties of elements including metals, metalloids, and nonmetals. It describes characteristics like conductivity, melting point, bonding type, and phase of matter.
2. Graphs show trends in melting point, conductivity, and other properties across Period 3 elements (Na, Mg, Al, Si, P, S, Cl). Melting point generally increases while conductivity decreases from left to right.
3. Elements toward the left exhibit metallic properties like high conductivity and low melting points due to loose bonding of valence electrons. More nonmetallic elements toward the right have higher melting points and weaker bonding.
6. HNO3 O N O H O Азотын хүчил Азотын хүчил нь хурц үнэртэй, шингэн.Усанд ямарч харьцаагаар холилдоно. Нэг суурьт хүчтэй хүчил, хүчтэй ислдүүлэгч. Азотын хүчил гэрэлд амархан задарна. Хүний арьчийг түлж шархлуулах , хөвөн ноосон эдлэлийг түлэх шинж чанартай.
7. Азотын хүчлийн концентраци Металлууд K Ca Na Ba Mg Zn Sn Cu Hg Ag AL Fe Cr Au Pt Их концентрацитай азотын хүчлийн Урвалын дүнд үүсэх бүтээгдэхүүн Me(NO3)n; N2O; H2O Me(NO3)n; NO2; H2O Шингэрүүлсэн азотын хүчлийн Me(NO3)n; NH3; H2O Me(NO3)n; NO; H2O Me(NO3)n; NO; H2O Азотын хүчлийн металлтай үйлчлэх