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A comprehensive overview of fundamental concepts in general and inorganic chemistry, covering topics such as matter and its properties, atomic models, chemical bonding, and chemical reactions. It explores the nature of matter, its states, and the properties that define it. The document delves into the evolution of atomic models, from dalton's billiard ball model to the modern quantum mechanical model. It explains the concept of chemical bonding, including ionic and covalent bonds, and provides examples of chemical formulas and equations. The document also discusses the concept of solutions and their properties, including solubility, saturation, and supersaturation. It concludes with a brief overview of chemical reactions and the importance of balancing chemical equations.
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chemistry' is believed to originate from
al-kimiya', the Arabic word for alchemy.Detergent industry Detergents and fabric softeners industry
Elements are the simplest pure substances. Examples: •O-Oxygen •H- Hydrogen •Na- Sodium •C- Carbon •Fe- Iron •Pb- Lead The smallest particle of an element that has the properties of that element is an atom. Compounds are pure substances that are made of more than one element bound together. Examples: •H2O and CO A molecule is formed when two or more atoms chemically combine.
All components of the mixture are visible because they do not mix together Particles not distributed evenly EX: sand and water, vegetable soup, oil and water Homogeneous mixtures Components cannot be distinguished from each other, appear as one substance Particles distributed evenly throughout EX: air, salt water, 10 karat gold *SOLUTIONS
Rutherford reasoned that all of an atom’s positively charged particles were contained in the nucleus. The negatively charged particles were scattered outside the nucleus around the atom’s edge. BOHR’S MODEL