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Chemistry Final Study Guide Name _________________________________ Period ________ Directions: Take out your McDougal Littell textbooks (Matter and Energy and Chemical Interactions). Work with your small group to complete the chemistry final study guide. Chapter 1 Matter & Energy – on AIMS Compound mass mixture 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. element gas pure substance volume motion liquid atom solid molecule __________ is a measure of how much matter an object contains. __________ is the measure of the amount of space matter occupies. An __________ is the smallest basic unit of matter. A __________ is two or more atoms bonded together. Atoms and molecules are always in __________. A __________ __________ cannot be broken down by ordinary physical means. A __________ contains two or more pure substances. A __________ has a fixed volume and a fixed shape. A __________ has a fixed volume but no fixed shape. A __________ has no fixed volume and no fixed shape. An __________ is a pure substance made of only one type of atom. A __________ is made of two or more different atoms bonded together in a specific ratio. Chapter 2 Matter & Energy – on AIMS condensation sublimation substance 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. melting point boiling new melting density state freezing boiling point magnetic freezing point evaporation physical chemical solubility A __________ property can be observed without changing the substance. Physical changes can change some physical properties but do not change the __________. __________ properties describe how substances form new substances. Chemical changes create __________ substances. Changes in __________ are physical changes. The process by which a solid becomes a liquid is called __________. The lowest temperature at which a substance begins to melt is called its __________ __________. __________ is the process by which a liquid becomes a solid. The temperature at which a specific liquid becomes a solid is called the __________ __________ of the substance. __________ is the process by which a liquid becomes a gas. When a solid changes directly to a gas, the process is called __________. __________ is another process by which a liquid becomes a gas. Boiling can occur only when the liquid reaches a certain temperature, called the __________ __________. The process by which a gas changes its state to become a liquid is called __________. Physical properties can be used to identify a substance, such as __________, __________, and __________ properties. Chapter 4 Matter & Energy Kinetic theory of matter gases solids heat temperature liquids 28. 29. 30. 31. 32. 33. The kinetic theory of matter states that all of the particles that make up matter are constantly in motion. Temperature is a measure of the average kinetic energy of all of the particles in an object. Heat is a flow of energy from an object at a higher temperature to an object at a lower temperature. Particles in solids are held tightly together but are always in motion. Particles in liquids slide by one another and are always in motion. Particles in gases are completely free to move and are always in motion. Chapter 1 Chemical Interactions (online Chemistry Booknotes Chapter 5) – Some topics on AIMS half-life valence electrons atomic mass number alkali metals half-life period isotope proton halogens Electron cloud group nonmetal neutron transition two ion metals electrons rare earth one radioactivity periodic table metalloids Metalloids nucleus atomic number alkaline earth metals noble electron 34. Atoms are made of positive __________, neutral __________, and negative __________. 35. The protons and neutrons are located in the __________, while the electrons are found in an __________ __________. 36. The number of protons identifies an element and is called the __________ __________. 37. The number of protons plus neutrons is the __________ __________ __________. 38. When an atom has a different number of neutrons it is called an __________. 39. An __________ forms when an atom gains or loses electrons. 40. Elements are organized by atomic number on the __________ __________. 41. The vertical columns are called __________, and elements within each of these have similar properties. 42. The horizontal rows are called __________, and each of these indicates what energy level is being filled with electrons. 43. The three major categories of elements on the periodic table are the __________, __________, and __________. 44. The first group on the periodic table is called the __________ __________, and they are very reactive due to the fact that they tend to lose one __________. 45. Electrons in the outer energy level are called __________ __________. 46. The second group on the periodic table is called the __________ __________ __________, and they tend to lose __________ electrons. 47. The elements in Groups 3-12 are called the __________ metals. 48. The two detached rows at the bottom of the periodic table are called the __________ __________ elements because they were hard to isolate in pure form. 49. The elements in Group 17 are called the __________, and are very reactive nonmetals. 50. Group 18 elements are called the __________ gases because they almost never react with other elements. 51. __________ are elements that have properties of both metals and nonmetals. 52. The process by which atoms produce energy and particles is called __________. 53. The amount of time that it takes for one-half of the atoms in a particular sample to decay is called the __________ of the isotope. Chapter 2 Chemical Interactions (online Chemistry Booknotes Chapter 6) metallic bond covalent bond ionic bond subscript chemical formula bond structure polar covalent bond 54. The name of a compound or molecule is written in a __________ __________. 55. The __________ tells how many atoms are in the compound. 56. 57. 58. 59. 60. In an __________ __________ the electrons are transferred. In a __________ __________ the electrons are shared. In a __________ __________ __________ the electrons are shared unequally, as in water. __________ __________ form between metals; electrons are shared in all directions. Carbon takes on different forms due to a change in the __________ ___________. Chapter 3 Chemical Interactions (online Chemistry Booknotes Chapter 7) Bond energy conservation of mass law coefficient reactants respiration catalyst precipitate forms Synthesis combustion increasing concentration 61. 62. 63. 64. 65. 66. 67. 68. 69. 70. 71. 72. 73. 74. 75. 76. 77. chemical equation endothermic color change gas forms decomposition arrow respiration exothermic products photosynthesis temperature change adding a catalyst increasing surface area yields balanced Chemical reactions are described in __________ __________. __________ are on the left side of a chemical equation, while __________ are on the right. The __________ indicates the direction of the reaction and is read as __________. Evidence for a chemical reaction includes __________ __________, __________ __________, __________ __________, and __________ __________. A __________ speeds up the rate of a reaction but is not used up in the reaction. The _______________ _____ _________ _________ states that mass is neither created nor destroyed. __________ chemical equations show the conservation of mass. A __________ is used to balance chemical equations and it changes the number of molecules. _________ ___________ is the energy the is required to break or form bonds. In an __________ reaction more energy is released and the temperature increases. In an __________ reaction more energy is absorbed and the temperature decreases. An example of an important endothermic reaction is __________, where plants make glucose using carbon dioxide, water, and sun light. An example of an important exothermic reaction is __________, which is how living organisms break down glucose into carbon dioxide, water, and usable energy. In a __________ reaction, simple reactants combine to form a more complex product. In a __________ reaction, a complex reactant is broken down into simpler products. In a __________ reaction, oxygen is always a reactant and energy is always produced. The rate of a chemical reaction can be increased by __________ ___________ __________, __________ ___________ __________, or _______________ _______________. Chapter 4 Chemical Interactions (online Chemistry Booknotes Chapter 8 – pH scale, Acids and Bases on AIMS) Acids solution solubility 78. 79. 80. 81. 82. 83. bases solute molecules pH scale solvent ions neutral soluble acidic saturated basic dilute alloys concentration A __________ is a type of mixture in which one or more solutes are dissolved in a solvent. A __________ dissolves in a __________. Ionic compounds dissolve by forming __________, while covalent compounds for individual __________. The amount of dissolved solute determines a solution’s __________. The more __________ a substance is, the more of it will dissolve in a solution. A solution that has a low concentration of solute is called a __________ solution. 84. 85. 86. 87. A solution that contains as much solute that can be dissolved in a solvent is called __________. __________ donate protons (H+) in solutions, and__________ accept protons. Acid/base strength is measured on the __________ __________. A pH of 1-6 is considered __________, a pH of 7 is considered __________, and a pH of 8-14 is considered __________. 88. Metal __________ are solid mixtures. History of the Atom – Illustrate how the model of an Atom has changed over time Democritus (460 BC – 370 BC) Antoine Lavoisier (1743 – 1794) John Dalton (1766 – 1844) Draw these scientists’ Atomic Model(s) below: J.J. Thomson (1856 – 1940) Draw this scientist’s Atomic Model below: Ernest Rutherford (1871 – 1937) Draw this scientist’s Atomic Model below: Niels Bohr (1885 – 1962) Draw this scientist’s Atomic Model below: Erwin Schrodinger (1887-1961) Draw this scientist’s Atomic Model below: James Chadwick (1891 – 1974) Draw this scientist’s Atomic Model below: Awesome Job completing the chemistry final study guide! Review through the information as a small group to prepare for the chemistry final exam.