Standard: K. Scientific Reasoning Students will be able
to: 1. Examine the ways people form
generalizations. What is a concept? What is a generalization? Big idea vs. facts Classification Living vs. nonliving. Labs: All performance activities are
assess with written or verbal reports. . 2. Identify exceptions to proposed
generalizations. Comparing and contrasting the
difference in concepts and components of
concepts. Viruses Fossil fuels Family Grouping . . 3. Identify basic informal fallacies
in arguments. Identify holes within
arguments. Mammals vs. Aves Natural vs. artificial
selections Debate . 4. Analyze means of slanting
information. Students should understand the
difference in manipulated data and raw data. Advertisements for chemical
compounds. Antibiotics--effects on
body Trial labs--5 out of 1 Statistic manipulation . 5. Identify stereotypes. Students should understand stereotypes
and how they affect decisions. Genetics vs. cloning Heredity Cross race/gender scientist . . 6. Support reasoning by using a
variety of evidence. Evidence is needed to support
reasoning. Alter Periodic Table Map . 7. Show that proving a hypothesis
false is easier than proving it true, and explain
why. Students understand the difference in
a theory and a law. How does salinity affect reproduction
of brine shrimp. Brine shrimp lab. Crystal growth structure theory 8. Construct logical
arguments. Be able to argue for or against an
opinion. Nanorovers Demolition Derby Race. . 9. Apply analogous
reasoning. Understand the difference in a science
topic and a non-related topic. Alien Periodic Table Cell vs. city Brochures, maps .
Students will learn to formulate and justify ideas and to make
informed decisions.
Common Assessment(s): MAP
Task: Organizing Life
law