Download 10th Grade Science Learning Targets

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Amitosis wikipedia , lookup

List of types of proteins wikipedia , lookup

Transcript
10th Grade Science Learning Targets
Standard
Target #
Earth Science ES-10-1-1
ES-10-2-1
ES-10-3-1
ES-10-4-1
ES-10-5-1
ES-10-6-1
ES-10-6-2
ES-10-7-1
ES-10-7-2
Life Science
LS-10-1-1
LS-10-1-2
LS-10-1-3
LS-10-1-4
LS-10-2-1
LS-10-3-1
LS-10-3-2
LS-10-4-1
LS-10-4-2
LS-10-5-1
LS-10-6-1
LS-10-7-1
LS-10-7-2
Learning Target
I can demonstrate the relationship between weather,
climate and specific ecosystems.
I can explain how weather patterns occur in current areas.
I can explain the methods of dating rocks.
I can explain how living organisms can change the
makeup of the atmosphere.
I can explain how human populations can impact the
environment.
I can explain how human activities impact the natural
cycles.
I can demonstrate how humans impact food webs and
energy pyramids.
I can demonstrate how human population growth impacts
natural resources.
I can give examples of advances in earth space science
that have lasting affects on human sciences and society.
I can explain (list/identify) the main chemical elements
that make up living organisms
I can explain how cells are the basic building block of
organisms.
I can explain how cells come from other cells.
I can compare/contrast how cells are different from
viruses.
I can identify cell parts and what they do.
I can describe different cellular processes and how they
are important for homeostasis (balance) of all organisms.
I can describe what homeostasis is and the processes
necessary to maintain it (e.g., cellular transport
(movement) of materials and synthesis (production) of
new materials)
I can explain the ways a cell multiplies.
I can explain how certain cells have specific functions
and how these cells work together.
I can explain how DNA provide instructions for life.
I can explain what genes are and how they make up
different characteristics in organisms.
I can describe what a mutation is and how it can cause
genetic changes. (variations)
I can compare the difference between mutations in a
body cell and mutations in a sex cell.
Compiled by Darke County ESC @2008
Standard
Target #
Learning Target
LS-10-8-1
I can describe how genetic traits can be passed on to
future generations.
I can describe how different genetic inheritance
principles can cause changes in future generations.
(e.g., sex-linked, crossing over, independent assortment,
segregation, dominant/recessive, jumping genes)
LS-10-8-2
LS-10-9-1
LS-10-9-2
LS-10-10-1
LS-10-11-1
LS-10-12-1
LS-10-13-1
LS-10-14-1
LS-10-15-1
LS-10-16-1
LS-10-17-1
LS-10-18-1
LS-10-19-1
LS-10-20-1
LS-10-21-1
LS-10-22-1
I can describe how matter and energy moves through the
levels of a food webs and energy pyramids.
I can describe how matter and energy moves between
living systems and the environment.
I can explain how different cells create and release
energy (e.g., photosynthesis, cellular respiration,
fermentation, chemosynthesis.)
I can explain how living organisms make a variety of
materials for life. (e.g., proteins, carbohydrates, lipids,
nucleic acids)
I can describe how organisms are classified based on
similarities and differences in genetics and structure.
I can explain how variations within species can increase
the chances of survival of some individuals of the species
in a changing environment.
I can explain how a variety of an organisms structures
and functions allows them to adapt for survival.
I can explain how living (biotic) and nonliving (abiotic)
components of an environment interact.
I can describe how populations are limited based on
resources and space.
I can explain how the balance of an ecosystem can
change when climate changes or species move into or out
of the system.
I can give examples of human activities that can change
and ecosystems balance.
I can illustrate how the uses of resources at all levels of
society affects the quality of life.
I can describe that biological evolution is a result in
changes of the genetic make up (gene frequency) in a
population.
I can explain the process of natural selection. (Survival of
the Fittest)
I can explain the historical contributions that have led to
the development of the modern theory of evolution.
Compiled by Darke County ESC @2008
Standard
Target #
Learning Target
LS-10-24-1
I can explain how evolutionary mechanisms can create a
new species or change in species. ( e.g., genetic drift,
immigration, emigration, mutation)
I can explain how life on earth is thought to have started
as a simple one-celled organism than evolved into
complex-multiple cellular organisms.
I can explain how new ideas are limited or rejected by
society.
I can describe advances in life science and how these
advances improved society.
I can describe the controversy of genetic, stem research
and cloning.
LS-10-25-1
LS-10-26-1
LS-10-27-1
LS-10-28-1
Science &
Tech
ST-10-1-1
ST-10-1-2
ST-10-2-1
ST-10-3-1
ST-10-3-2
Scientific
Inquiry
SI-10-1-1
SI-10-2-1
SI-10-3-1
SI-10-4-1
SI-10-5-1
I can describe and give examples of how scientific
inquiry is driven by a desire to understand the natural
world.
I can describe and give examples of how technology is
driven by the need to meet human needs and solve human
problems.
I can describe examples of scientific advances and
emerging technologies and how they may impact society.
I can explain the many aspects of a device or process that
should be evaluated when studying the design.
I can explain how costs associated with the
considerations of design introduce additional constraints
on the design.
When planning and conducting investigations, I can
research and use the appropriate safety precautions. (e.g.,
OSHA, Material Safety Data Sheets(MSDS), eyewash,
goggles, ventilation)
I can develop oral and written presentations using clear
language, accurate data, appropriate graphs, tables, maps
and available technology.
I can use mathematical models to predict and analyze
natural phenomena.
I can draw logical conclusions based on scientific
knowledge and evidence from investigations.
I can explain how new scientific data can cause any
existing scientific explanation to be supported, revised or
rejected.
Compiled by Darke County ESC @2008