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Geographic Perspectives of Chemistry

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Geography in Chemistry. Names of Substances. Rochelle Salt (NaKC4H6O6) Epsom Salt (MgSO4) ... entry point for studying geographies of science; includes a ... – PowerPoint PPT presentation

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Title: Geographic Perspectives of Chemistry


1
Geographic Perspectives of Chemistry
  • Luis D. Montes
  • Department of Chemistry
  • University of Central Oklahoma
  • lmontes_at_ucok.edu

2
Why Geographies of Chemistry?
  • Geography literally means to describe the Earth
  • A geographic perspective of chemistry examines
    the ways that the principles and practices of
    chemistry differ from one place to another (place
    matters)
  • Analogy the solvent effect

3
Why Geographies of Chemistry?
  • Although the principles of chemistry are
    placeless, the practice and development of
    chemistry is not.
  • Science (and so chemistry), as a body of
    knowledge, is a cultural formation, shaped by
    the local environments in which its practitioners
    carry out their tasks.1
  • 1 D.N. Livingstone, Reading the heavens,
    planting the earth cultures of British science,
    History Workshop Journal (2002), 54, 236.

4
Why Geographies of Chemistry?
  • Chemistry traditionally places an emphasis on
    recognizes spaces and places
  • Chemistry creates spaces and places for its
    activities

5
Geography in Chemistry
  • Names of Substances
  • Rochelle Salt (NaKC4H6O6)
  • Epsom Salt (MgSO4)
  • Sal di Modena (MgSO4)
  • Stannum Anglici (tin)
  • Spanish Green (CuCO3)
  • Cyprian vitriol (CuSO4)
  • Names of Elements (26 or 34 place related names)
  • Copper (cuprum)
  • Americium
  • Darmstadium
  • Rhenium
  • Ruthenium
  • Gallium
  • Ytterbium
  • Magnesium

6
Europium
Berkelium
Americium
Californium
7
Scandium
Thulium
Polonium
Germanium
Ruthenium
Francium
Gallium
8
Holmium
Dubnium
Strontium
Erbium Terbium Ytterbium Yttrium
Hafnium
Rhenium
Darmstadium
Lutetium
9
Magnesium Manganese
Cadmium
Copper (cuprum)
Mediterranean Sea
10
Where does chemistry take place?Generating
chemical knowledge
  • Industrial research laboratories
  • Government research laboratories
  • Academic research laboratories
  • What differences exist in these places?
  • How does one gain admittance to each?
  • Can people in other places generate chemical
    knowledge?

11
Where does chemistry take place? Disseminating
chemical knowledge
  • Museums
  • Classrooms
  • Learning labs
  • Conferences

12
Where does chemistry take place?Applying
chemical knowledge
  • How can chemical knowledge be used to improve our
    surroundings?
  • How does the practice of chemistry impact our
    environment?
  • Where are samples/ores/minerals/elements obtained?

13
Sites of Chemistry Education
  • Classroom
  • Laboratory
  • Field

14
The Chemistry Classroom
  • What distinguishes a chemistry classroom?
  • What can be altered in the classroom environment
    to aid or hinder learning?
  • How can a classroom be designed to encourage
    different types of learning?

15
The Chemistry Classroom
16
The Chemistry Classroom
17
The Chemistry Laboratory
  • What is present in a chemistry laboratory?
  • What is required for a safe laboratory?
  • How does the design of a laboratory influence or
    reflect the goals of the laboratory?

18
The Chemistry Laboratory
19
The Chemistry Laboratory
20
The Chemistry Laboratory
21
The Chemistry Laboratory
22
Chemistry in the Field
  • Students can experience chemistry in the world
    around them (field trips)
  • Students can use chemistry they learn to interact
    with the world around them (service learning)

23
Chemistry in the Field
24
Chemistry in the Field
25
Further Reading
  • Livingstone, David N., Putting Science in its
    Place Geographies of Scientific Knowledge, The
    University of Chicago Press, Chicago, 2003.
  • Good entry point for studying geographies of
    science includes a bibliographic essay.
  • Brit. Jour. Hist. Sci., 38 (1), 2005.
  • The entire issue is devoted to geographies of
    science.
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