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Jane Prestebak (jane_prestebak@rdale.k12.mn.us) 8/16/2004 Draft

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SCIENCE: Information Literacy Skills in the Minnesota Academic Standards<br />

Information literacy includes: research, technology skills, reading (for information and for pleasure) and media literacy, and<br />

responsible <strong>us</strong>e of information and information systems. MEMO’s recommended information and technology literacy standards<br />

are available at: http://www.memoweb.org.<br />

Science<br />

Strand Sub-strand Standard Gr<br />

ade<br />

s<br />

I.<br />

HISTORY<br />

AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTORY<br />

AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTORY<br />

AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

B.<br />

Scientific<br />

Inquiry<br />

B.<br />

Scientific<br />

Inquiry<br />

A.<br />

Scientific<br />

World<br />

View<br />

The student will raise<br />

questions about the natural<br />

world<br />

The student will raise<br />

questions about the natural<br />

world, make careful<br />

observations, and seek<br />

answers.<br />

The student will understand<br />

that science is a human<br />

endeavor practiced<br />

throughout the world.<br />

k<br />

Benchmarks<br />

1. The student will observe and describe common objects<br />

<strong>us</strong>ing simple tools.<br />

1 1. The student will observe, describe, measure, compare and<br />

contrast common objects, <strong>us</strong>ing simple tools including but<br />

not limited to ruler, thermometer and balance.<br />

2 1. The student will recognize that repeating a scientific<br />

investigation will lead to very similar results.<br />

2. The student will recognize that scientific investigations<br />

generally work the same way in different places.<br />

3. The student will give examples of scientific advances<br />

throughout history.<br />

4. The student will recognize that everyone can do science<br />

and invent things and ideas.<br />

Info. Lit.<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

I.<br />

HISTORY<br />

B.<br />

Scientific<br />

The student will raise<br />

questions about the natural<br />

2 1. The student will <strong>us</strong>e appropriate tools to gather and<br />

organize data.<br />

Research<br />

process,<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

Inquiry<br />

A.<br />

Scientific<br />

World<br />

View<br />

world, make careful<br />

observations, and seek<br />

answers.<br />

The student will understand<br />

the <strong>us</strong>e of science as a tool<br />

to examine the natural<br />

world.<br />

2. The student will recognize and describe patterns in data. Technology<br />

integration*<br />

3 1. The student will explore the <strong>us</strong>e of science as a tool<br />

that can help investigate and answer questions about the<br />

environment.<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

I.<br />

HISTORY<br />

AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

B.<br />

Scientific<br />

Inquiry<br />

A.<br />

Scientific<br />

World<br />

View<br />

B.<br />

Scientific<br />

Inquiry<br />

A.<br />

Scientific<br />

The student will understand<br />

the nature of scientific<br />

investigations.<br />

The student will understand<br />

how science is <strong>us</strong>ed to<br />

Investigate interactions<br />

between people and the<br />

natural world.<br />

The student will participate<br />

in a controlled scientific<br />

investigation.<br />

The student will understand<br />

that communication is<br />

3 1. The student will ask questions about the natural world<br />

that can be investigated scientifically.<br />

2. The student will participate in a scientific investigation<br />

<strong>us</strong>ing appropriate tools.<br />

3. The student will know that scientists <strong>us</strong>e different<br />

kinds of investigations depending on the questions they<br />

are trying to answer.<br />

4 1. The student will explore the <strong>us</strong>es and effects of science<br />

in our interaction with the natural world.<br />

2. The student will disc<strong>us</strong>s the responsible <strong>us</strong>e of science.<br />

3. The student will recognize the impact of scientific and<br />

technological activities on the natural world.<br />

4 1. The student will recognize when comparisons might<br />

not be fair beca<strong>us</strong>e some conditions are not kept the same.<br />

2. The student will collect, organize, analyze and present<br />

data from a controlled experiment.<br />

3. The student will recognize that evidence and logic are<br />

necessary to support scientific understandings.<br />

5 1. The student will know that current scientific<br />

knowledge and understanding guide scientific<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

Research<br />

process,<br />

Responsible<br />

<strong>us</strong>e<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

Research<br />

process,<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

World<br />

View<br />

B.<br />

Scientific<br />

Inquiry<br />

essential to science.<br />

The student will understand<br />

the process of scientific<br />

investigations.<br />

investigation.<br />

2. The student will recognize that clear communication of<br />

methods, findings and critical review is an essential part<br />

of doing science.<br />

5 1. The student will perform a controlled experiment <strong>us</strong>ing<br />

a specific step-by-step procedure and present concl<strong>us</strong>ions<br />

supported by the evidence.<br />

2. The student will observe that when a science<br />

investigation or experiment is repeated, a similar result is<br />

expected.<br />

Responsible<br />

<strong>us</strong>e<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

C.<br />

Scientific<br />

Enterprise<br />

The student will recognize<br />

that science and technology<br />

involve different kinds of<br />

work and engages men and<br />

women of all backgrounds.<br />

5 1. The student will describe different kinds of work done<br />

in science and technology.<br />

2. The student will identify men and women of vario<strong>us</strong><br />

backgrounds and ages who have been involved in science<br />

and technology, both past<br />

and present.<br />

Reading for<br />

information<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

A.<br />

Scientific<br />

World<br />

View<br />

The student will understand<br />

that science is a way of<br />

knowing about the world<br />

that is characterized by<br />

empirical criteria, logical<br />

argument and skeptical<br />

review.<br />

6 1. The student will distinguish between scientific<br />

evidence and personal opinion.<br />

2. The student will explain why scientists often repeat<br />

investigations to be sure of the results.<br />

3. The student will recognize that scientists assume that<br />

the laws of nature are the same everywhere and that they<br />

are understandable and predictable.<br />

4. The student will define scientific facts, laws and<br />

theories.<br />

Research<br />

process<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

B.<br />

Scientific<br />

Inquiry<br />

The student will understand<br />

that scientific inquiry is <strong>us</strong>ed<br />

in systematic ways to<br />

investigate the natural<br />

6 1. The student will identify questions that can be<br />

answered through scientific investigation and those that<br />

cannot.<br />

2. The student will distinguish among observation,<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

C.<br />

Scientific<br />

Enterprise<br />

world.<br />

The student will know that<br />

science and technology are<br />

human efforts that both<br />

influence and are influenced<br />

by society.<br />

prediction and inference.<br />

3. The student will <strong>us</strong>e appropriate tools and Système<br />

International (SI) units for measuring length, time, mass,<br />

volume and temperature with suitable precision and<br />

accuracy.<br />

4. The student will present and explain data and findings<br />

from controlled experiments <strong>us</strong>ing multiple<br />

representations including tables, graphs, physical models<br />

and demonstrations.<br />

6 1. The student will describe the types of questions asked,<br />

the products, and the methods of investigation <strong>us</strong>ed to<br />

distinguish science from technology.<br />

2. The student will explain why scientists may work in<br />

teams or work alone, can collaborate and, at times,<br />

compete.<br />

Research<br />

process,<br />

Responsible<br />

<strong>us</strong>e<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

A.<br />

Scientific<br />

World<br />

View<br />

The student will understand<br />

that science is a way of<br />

knowing about the world<br />

that is characterized by<br />

empirical criteria, logical<br />

argument and skeptical<br />

review.<br />

7 1. The student will recognize how scientific knowledge is<br />

subject to change as new evidence becomes available, or<br />

as new theories ca<strong>us</strong>e scientists to look at old<br />

observations differently.<br />

2. The student will explain natural phenomena by <strong>us</strong>ing<br />

appropriate physical, conceptual and mathematical<br />

models.<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

B.<br />

Scientific<br />

Inquiry<br />

The student will design and<br />

conduct scientific<br />

investigations.<br />

7 1. The student will formulate a testable hypothesis based<br />

on prior knowledge.<br />

2. The student will recognize that a variable is a condition<br />

that may influence the outcome of an investigation and<br />

know the importance of manipulating one variable at a<br />

time.<br />

3. The student will write a specific step-by-step procedure<br />

for a scientific investigation.<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

C.<br />

Scientific<br />

Enterprise<br />

A.<br />

Scientific<br />

World<br />

View<br />

B.<br />

Scientific<br />

Inquiry<br />

B.<br />

Scientific<br />

Inquiry<br />

C.<br />

Scientific<br />

The student will know that<br />

science and technology are<br />

human efforts that both<br />

influence, and are<br />

influenced by, society.<br />

The student will understand<br />

that science is a way of<br />

knowing about the world<br />

that is characterized by<br />

empirical criteria, logical<br />

argument and skeptical<br />

review.<br />

The student will understand<br />

that scientific inquiry is<br />

<strong>us</strong>ed by scientists to<br />

investigate the natural world<br />

in systematic ways.<br />

The student will <strong>us</strong>e<br />

multiple skills to design and<br />

conduct scientific<br />

investigations.<br />

The student will know that<br />

science and technology are<br />

4. The student will explain how classroom scientific<br />

investigations relate to established scientific principles.<br />

7 1. The student will give examples of the development of<br />

technology influencing scientific knowledge, and<br />

investigation and scientific knowledge influencing the<br />

development of technology.<br />

8 1. The student will explain and give examples of how<br />

science can be <strong>us</strong>ed to make informed ethical decisions<br />

by identifying likely consequences of particular actions.<br />

2. The student will explain the development, <strong>us</strong>efulness<br />

and limitations of scientific models in the explanation and<br />

prediction of natural phenomena.<br />

8 1. The student will know that scientific investigations<br />

involve the common elements of systematic observations,<br />

the careful collection of relevant evidence, logical<br />

reasoning and innovation in developing hypotheses and<br />

explanations.<br />

2. The student will describe how scientists can conduct<br />

investigations in a simple system and make<br />

generalizations to more complex systems.<br />

8 1. The student will specify variables to be changed,<br />

controlled and measured.<br />

2. The student will <strong>us</strong>e sufficient trials and adequate<br />

sample size to ensure reliable data.<br />

3. The student will <strong>us</strong>e appropriate technology and<br />

mathematics skills to access, gather, store, retrieve and<br />

organize data.<br />

8 1. The student will evaluate the credibility and validity of<br />

scientific and technological information from vario<strong>us</strong><br />

Research<br />

process,<br />

Reading for<br />

information<br />

Research<br />

process,<br />

Responsible<br />

<strong>us</strong>e<br />

Research<br />

process<br />

Research<br />

process,<br />

Technology<br />

Skills<br />

Research<br />

process<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

Enterprise<br />

human efforts that both<br />

influence and are influenced<br />

by civilizations and cultures<br />

worldwide.<br />

sources.<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

D. Historic<br />

Perspectiv<br />

es<br />

The student will understand<br />

how scientific discovery,<br />

culture, societal norms and<br />

technology have influenced<br />

one another in different<br />

time periods.<br />

8 1. The student will relate personal experiences in<br />

scientific investigation to the experiences of scientists<br />

throughout history.<br />

2. The student will cite examples of how science and<br />

technology contributed to changes in agriculture,<br />

manufacturing, sanitation, medicine, warfare,<br />

transportation, information<br />

Research<br />

process,<br />

Reading for<br />

information<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

A.<br />

Scientific<br />

World<br />

View<br />

The student will understand<br />

the nature of scientific ways<br />

of thinking and that<br />

scientific knowledge<br />

changes and accumulates<br />

over time.<br />

9-<br />

12<br />

1. The student will be able to distinguish among<br />

hypothesis, theory and law as scientific terms and how<br />

they are <strong>us</strong>ed to answer a specific question.<br />

2. The student will be able to explain how scientific and<br />

technological innovations as well as new evidence can<br />

challenge portions of or entire<br />

accepted theories and models including but not limited to<br />

cell theory, atomic theory, theory of evolution, plate<br />

tectonic theory, germ theory of disease and big bang<br />

theory.<br />

3. The student will recognize that in order to be valid,<br />

scientific knowledge m<strong>us</strong>t meet certain criteria including<br />

that it: be consistent with experimental, observational and<br />

inferential evidence about nature; follow rules of logic<br />

and reporting both methods and procedures; and, be<br />

falsifiable and open to criticism.<br />

4. The student will explain how traditions of ethics, peer<br />

review, conflict and general consens<strong>us</strong> influences the<br />

conduct of science.<br />

Research<br />

process<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

B.<br />

Scientific<br />

Inquiry<br />

C.<br />

Scientific<br />

Enterprise<br />

The student will design and<br />

conduct a scientific<br />

investigation.<br />

The student will understand<br />

the relationship between<br />

science and technology and<br />

how both are <strong>us</strong>ed.<br />

9-<br />

12<br />

9-<br />

12<br />

5. The student will recognize that some scientific ideas<br />

are incomplete, and opportunity exists in these areas for<br />

new advances.<br />

1. The student will design and complete a scientific<br />

experiment <strong>us</strong>ing scientific methods by determining a<br />

testable question, making a hypothesis, designing a<br />

scientific investigation with appropriate controls,<br />

analyzing data, making concl<strong>us</strong>ions based on evidence<br />

and comparing concl<strong>us</strong>ions to the original hypothesis and<br />

prior knowledge.<br />

2. The student will distinguish between qualitative and<br />

quantitative data.<br />

3. The student will apply mathematics and models to<br />

analyze data and support concl<strong>us</strong>ions.<br />

4. The student will identify possible sources of error and<br />

their effects on results.<br />

5. The student will know that professional scientists and<br />

engineers have ethical codes.<br />

6. The student will give examples of how different<br />

domains of science <strong>us</strong>e different bodies of scientific<br />

knowledge and employ different methods to investigate<br />

questions.<br />

1. The student will compare and contrast the purposes and<br />

career opportunities of engineering, technology and<br />

science.<br />

2. The student will provide an example of a need or<br />

problem identified by science and solved by engineering<br />

or technology.<br />

3. The student will provide an example of how<br />

technology facilitates new discoveries and the<br />

development of scientific knowledge.<br />

4. The student will know that technological changes and<br />

Research<br />

process,<br />

Technology<br />

integration*<br />

Research<br />

process<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>


I.<br />

HISTOR<br />

Y AND<br />

NATURE<br />

OF<br />

SCIENCE<br />

D. Historic<br />

Perspectives<br />

The student will recognize<br />

the historical and cultural<br />

context of scientific<br />

endeavors and how they<br />

influence each other.<br />

9-<br />

12<br />

scientific advances are often accompanied by social,<br />

political, environmental and economic changes.<br />

5. The student will recognize that science and technology<br />

are influenced by cultural backgrounds and beliefs and by<br />

social needs, attitudes, values and limitations.<br />

1. The student will be able to trace the development of a<br />

scientific advancement, invention or theory and its impact<br />

on society.<br />

2. The student will provide examples of scientific<br />

advancements contributed by other civilizations and<br />

cultures.<br />

3. The student will compare and contrast the differences<br />

between scientific theories and theories from other bodies<br />

of knowledge, and the importance of each in a science<br />

disc<strong>us</strong>sion.<br />

Research<br />

process,<br />

Reading for<br />

information,<br />

Technology<br />

integration*<br />

*Use of information technology tools is not stated in the standards, but could be integrated.<br />

<strong>Jane</strong> <strong>Prestebak</strong> (<strong>jane</strong>_<strong>prestebak@rdale</strong>.<strong>k12.mn</strong>.<strong>us</strong>) 8/<strong>16</strong>/<strong>2004</strong> <strong>Draft</strong>

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