Atomic vs molecular element
[DOC File]Summary of Properties of Elements in The Periodic Table
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EN ( Bond polarity ( Molecular polarity ( Intermolecular forces Solubility. Reactivity. Characteristics of Chemical Bond. Chemical bonds are forces that hold atoms (or ions) together in an element or compound. The type of bonds, bond properties, bond strength, and the number of bonds determine the chemical behavior of the compound.
[DOC File]AP Chemistry: Course Introduction Sheet
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5. use the periodic table to predict whether an element is a metal, nonmetal or a metalloid. 6. write the names and formulas of ionic compounds, molecular/covalent compounds and acids. 7. calculate the atomic weight of an element given the abundances and masses of its isotopes. 8.
[DOC File]FLAME TEST AND ATOMIC SPECTRA LAB
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The chemistry of an element strongly depends on the arrangement of the electrons. Electrons in an atom are normally found in the lowest energy level called the ground state. However, they can be "excited" to a higher energy level if given the right amount of energy, usually in the form of heat or electricity. ... Part Two: Atomic Spectra ...
[DOC File]STUDY GUIDE: BASIC CHEMISTRY
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1. Describe atomic structure using the terms proton, neutron, electron, mass number and orbital. Indicate what is meant by electrons in an "excited state" and those in a "ground state" 2. Explain what an isotope is and give two important physical properties of isotopes that make them useful in biological research. Define half-life. 3.
[DOC File]Chemistry 2011-2012
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SC2c. Apply concepts of the mole and Avogadro’s number to conceptualize and calculate • Empirical/molecular formulas, • Mass, moles and molecules relationships, • Molar volumes of gases. SC3 Students will use the modern atomic theory to explain the characteristics of atoms. SC3a.
[DOC File]Chemistry Semester 1 Review (Chapters 1 – 6)
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47. What is a molecular element and give 7 examples . 48. Some elements form allotropes. What is an allotrope and give an example. 49. Describe the difference between an organic and inorganic compound. 48. Using the rules for naming covalently compounded substances, name the following compounds. a. S2Cl2. b. CS2. c. SO3. d. P4O10. 49.
[DOC File]ELECTRON ARRANGEMENT AND THE PERIODIC TABLE
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Atomic mass: mass of one atom of an element. Molecular mass: total mass of all atoms in a molecule. Diatomic Elements: always fond as two atoms of the same element together . H2 O2 N2 Cl2 Br2 I2 F2. Examples: oxygen: O2 1 mol = 32 g. bromine: Br2 1 mol = 160g. Find the mass of 1.20 moles of bromine. 1.2 moles Br2 159.8 g = 191.76g. 1 mole Br2
[DOC File]ELECTRON ARRANGEMENT AND THE PERIODIC TABLE
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Atomic mass: mass of one atom of an element. Molecular mass: total mass of all atoms in a molecule. Diatomic Elements: always fond as two atoms of the same element together . H2 O2 N2 Cl2 Br2 I2 F2. Examples: oxygen: O2 1 mol = 32 g. bromine: Br2 1 mol = 160g. Conversions: Find the mass of 1.20 moles of bromine. 1.2 moles Br2 159.8 g = 191.76g ...
[DOCX File]General Chemistry I Learning Outcomes
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Explain how and why the atomic-molecular structure affects the properties of a substance, and vice versa. Predict and explain the energy changes associated with interactions of atoms, molecules, and ions. How to apply systems thinking to both molecular level and macroscopic systems. Identify common types of reactions and predict the products.
[DOC File]Chemistry Enhanced Scope & Sequence
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Element Family Reunion 51. Atomic Structure: Periodic Table 56. Organizing Topic — Bonding, Nomenclature, and Formula Writing 59. A Crystal Lab 61. Molecular Model Building 65. Mystery Anions 70. Mystery Iron Ions 75. Properties of Compounds and Chemical Formulas 77. Matter and Energy: Equations and Formulas 80
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