Name Date. Matter: Pure Substances and Mixtures

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Name Date_ Matter: Pure Substances and Mixtures Part I: Directions: Classify each of the materials below. In the center column, state whether the material is a pure substance or a mixture. If the material is a pure substance, further classify it as either an element or compound in the right column. Similarly, if the material is a mixture, further classify it as homogeneous or heterogeneous in the right column Material Water Soil concrete sugar + pure water (C 12H 22O 11 + H 2O) iron filings (Fe) limestone (CaCO 3) orange juice (w/pulp) chromium (Cr) Chex mix salt + pure water (NaCl + H 2O) benzene (C 6H 6) muddy water brass (Cu mixed with Zn) baking soda (NaHCO 3) Mint chocolate chip ice cream Pure Substance Or Mixture Element, Compound, Heterogeneous or Homogeneous Part II: Directions: Match each diagram with its correct description. Diagrams will be used once. A B C D E 1. Pure Element only one type of atom present. 2. Mixture of two elements two types of uncombined atoms present. 3. Pure compound only one type of compound present. 4. Mixture of two compounds two types of compounds present. 5. Mixture of a compound and an element. 1

Name Date_ Physical and Chemical Properties and Changes Part I Directions: Identify if the following are Physical Properties (P) or Chemical Properties (C). _1. blue color _6. melting point _2. density _3. flammability (burns) _4. solubility (dissolves) _5. Luster (shine) _7. reacts with water _8. hardness _9. boiling point _10. reacts with an acid Part II Directions: Identify if the following are Physical Changes (P) or Chemical Changes (C). 1. NaCl (Table Salt) dissolves in water. 2. Ag (Silver) tarnishes. 3. An apple is cut. 4. Heat changes H 2O to steam. 5. Baking soda reacts to vinegar. _6. Milk sours. _7. Sugar dissolves in water. _8. Wood rots. _9. Pancakes cook. _10. Snow melts Part III Directions: Read each scenario. Decide whether a physical or chemical change has occurred and give 2 pieces of evidence for your decision. Scenario Physical or Chemical Change? Evidence 1. 2. A student removes a loaf of bread hot from the oven. The student cuts a slice off the loaf and spreads butter on it. Your friend decides to toast a piece of bread, but leaves it in the toaster too long. The bread is black and the kitchen if full of smoke., 3. A straight piece of wire is coiled to form a spring. 4. You blow dry your wet hair. 2

Name Date_ The Atom Part I Directions: Use the periodic table to identify each element described below. 1. Element with an atomic number of 65. _ 2. A neutral element with 44 protons and 44 electrons. _ 3. An element with 21 protons. _ 4. A neutral element with 78 electrons. _ 5. An element with 17 protons and 19 neutrons. _ Part II Directions: Fill in the table below using the periodic table. Name of Element Element Symbol Mass Number Atomic Number Protons Neutrons Electrons Boron B 11 5 5 6 5 Sodium 24 11 Gallium 31 37 Y 89 39 Copper 29 35 Tc 98 43 Part III Directions: Label the parts of the atom below. *The number of _determines the identity of an element 3

Name Date_ Isotopes Directions: Answer the following questions. For questions 4-6 show your work and include units. 1) Given the following information you can ALWAYS determine the identity of an element (YES OR NO) a. Number of protons b. Number of neutrons c. Number of electrons in a neutral atom d. Number of electrons 2) Here are three isotopes of an element: C 6 a. The element is: b. The number 6 refers to the 12 13 14 6 C 6 C c. The numbers 12, 13, and 14 refer to the d. How many protons and neutrons are in the first isotope? e. How many protons and neutrons are in the second isotope? f. How many protons and neutrons are in the third isotope? 3) Fill in the table below. Beside the table list 2 similarities for these isotopes and 2 differences. Chromium-58 Chromium-63 # of protons # of neutrons # of electrons 4

Name Date_ 4) Calculate the atomic mass of copper if copper-63 is 69.17% abundant and copper-65 is 30.83% abundant. 5) Lithium-6 is 4% abundant and lithium-7 is 96% abundant. What is the average mass of lithium? 6) Iodine is 80% 127 I, 17% 126 I, and 3% 128 I. Calculate the average atomic mass of iodine. 7) Boron exists in two isotopes, boron-10 and boron-11. Based on the average atomic mass, which isotope should be more abundant? WHY? 8) Explain the difference between mass number and average atomic mass. 9) Fill in the table below: Isotope Atomic Notation Number Mass Number Number of Protons Number of Electrons Number of Neutrons 23 Na 10 K 40 19 16 18 17 109 47 46 5

Name Date_ Magic Square: The Atom Directions: Put the number of the definition from the list below into the square with the appropriate term. Check your answers by adding the numbers to see if all the sums of all rows, both across and down add up to the same number, the Magic #. Democritus Dalton Thomson Chadwick Total _ Rutherford Proton Atom Bohr Wave Model Neutron Nucleus Alpha particle Electron Model Energy levels Electron cloud _ Total _ Magic Number 1. Represented by a symbol; all are found on the Periodic Table 2. Made a mental model of the atom; Greek philosopher 3. Used by Rutherford in his experiment; made of two protons and two neutrons 4. The paths in which electrons circle the nucleus according to the Bohr model 5. The positive particle in the nucleus of an atom 6. The tiny positive core of an atom; contains protons and neutrons 7. Formed the atomic theory model of the atom; English schoolteacher 8. Discovered the nucleus using his gold foil experiment 9. Current explanation of where electrons might be found in the atom 10. Used by scientists to explain something we cannot see or understand 11. The smallest particle of an element that has the properties of that element 12. Discovered the neutron 13. Current model of the atom; proposed by Schrodinger 14. Mass of protons and neutrons 15. Developed the model of the atom in which electrons orbit the nucleus in energy levels 16. The negative particle that circles the nucleus 17. The neutral particle in the nucleus of an atom 18. Proposed the plum-pudding model of the atom; discovered the electron 6