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  Galena City School District
  Standards and Skills
  
S.06  Science - Grade 6
  
S.06.01  analyze the earth's system.
S.06.01.01       - diagram the layers of the atmosphere and body of the planet.
S.06.01.02       - tell the function of the earth's mantle.
S.06.01.03       - tell the function of the earth's core.
S.06.01.04       - tell the function of the tectonic plates.
S.06.01.05       - explain how air pressure changes according to altitude.
S.06.01.06       - tell how plate tectonics have changed the surface of the earth.
S.06.02  identify earth products and the processes which create them.
S.06.02.01       - explain how petroleum is created.
S.06.02.02       - tell how coal is created.
S.06.02.03       - tell how diamonds are created.
S.06.02.04       - explain the production of natural gas.
S.06.03  describe the origin and value of fossils.
S.06.03.01       - define and identify fossils.
S.06.03.02       - explain the origin of fossils.
S.06.03.03       - explain how fossils provide information about geologic history.
S.06.03.04       - define sedimentary layers.
S.06.04  analyze impact of environmental changes on ecosystems.
S.06.04.01       - analyze key elements of ecosystems.
S.06.04.02       - analyze the impact of environment on health and population density of organisms.
S.06.04.03       - compare the impact of manufacture of natural and synthetic materials.
S.06.04.04       - identify everyday examples of environmental quality issues.
S.06.04.05       - define and identify examples of air pollution.
S.06.05  analyze the impact of industrial waste.
S.06.05.01       - analyze the impact of trash burning.
S.06.05.02       - analyze the impact of the burning of toxic waste.
S.06.05.03       - define and identify examples of toxic waste.
S.06.05.04       - apply principles for safe handling of toxic waste.
S.06.05.05       - identify sources of toxic waste.
S.06.05.06       - identify positive solutions to removal of industrial waste.
S.06.06  analyze types of animal behavior.
S.06.06.01       - define and identify examples of reflex behaviors.
S.06.06.02       - define and differentiate learned and instinctive behaviors.
S.06.06.03       - identify examples of flight/fight response.
S.06.06.04       - identify examples of learned behaviors.
S.06.06.05       - identify examples of instinctive behaviors.
S.06.07  analyze the structure and functions of human body systems.
S.06.07.01       - define and tell the function of the skin.
S.06.07.02       - define and tell the function of the nervous system.
S.06.07.03       - define and tell the function of the circulatory system and blood.
S.06.07.04       - define and tell the function of the hormone system.
S.06.07.05       - define and tell the function of the skeletal system.
S.06.08  analyze ecosystems.
S.06.08.01       - explain the inverse relationship of prey/predator populations.
S.06.08.02       - apply the function of decomposers.
S.06.08.03       - analyze food webs.
S.06.09  identify the parts and functions of plant systems.
S.06.10  apply principles of survival of species.
S.06.10.01       - apply concept that organisms behave to foster survival of species.
S.06.10.02       - identify characteristics of organisms which contribute to reproduction and survival.
S.06.10.03       - define and identify examples of species.
S.06.10.04       - define and identify examples of adaptations.
S.06.10.05       - define and identify examples of extinction.
S.06.10.06       - define and identify examples of diversity.
S.06.11  apply properties of matter.
S.06.11.01       - compare mass/weight of common objects using scales.
S.06.11.02       - compare weight, volume, dimension, and temperature in metric and standard systems.
S.06.12  explain or diagram how electricity works.
S.06.13  apply rules of motion.
S.06.13.01       - define motion.
S.06.13.02       - define inertia.
S.06.13.03       - define vectors.
S.06.13.04       - define friction.
S.06.14  apply the concept of the conservation of energy.
S.06.14.01       - identify everyday examples of the transfer of energy.
S.06.15  identify the functions and limitations of scientific data collection.
S.06.16  conduct scientific inquiry.
S.06.16.01       - identify significant and non-significant factors.
S.06.16.02       - explain the purpose of components of an experimental design.
S.06.17  interpret scientific data.
S.06.17.01       - analyze the results of a 4 way controlled experiment as presented in a data chart.
S.06.17.02       - interpret data charts of observations.
S.06.17.03       - apply the concept of range of quantifiable data.
S.06.18  analyze the nature of scientific inquiry.
S.06.18.01       - identify examples of the limitations of scientific inquiry.
S.06.18.02       - explain the purpose of scientific inquiry.
S.06.18.03       - identify examples of the limitations of design on scientific instruments. 
S.06.19  draw timelines of major technological innovations.
S.06.19.01       - list and sequence innovations in medicine.
S.06.19.02       - list and sequence innovations in power technology.
S.06.19.03       - list and sequence innovations in industrial manufacture.
S.06.19.04       - list and sequence innovations in power generation.
S.06.19.05       - list and sequence innovations in transportation.
S.06.19.06       - list and sequence innovations in information storage and retrieval.
S.06.19.07       - list and sequence innovations in communication technology.
S.06.20  evaluate the human impact of technology on today's society.
S.06.20.01       - identify examples of how science and technology affect health.
S.06.20.02       - identify examples of how science and technology affect communications.
S.06.20.03       - identify examples of how science and technology affect transportation.
S.06.20.04       - identify diseases controlled or eradicated by immunization.
S.06.20.05       - explain the need for immunization against now uncommon diseases.
  
  ©2002 Galena City School District