Characteristics of Organisms Presentation
Prokaryotic and Eukaryotic Cells Presentation
video: cellular organelles and their functions
video: prokaryotic vs eukaryotic cells amoeba sisters
Asexual and Sexual Reproduction
Mitosis and Meiosis
Video: chromosome duplication during cell division
Abiotic and Biotic Factors Presentation
Classification Presentation; Classification Notes
Ecological Succession Presentation
Human Impact on Water Presentation
Natural Selection Presentation
Organism Relationships Presentation
Short and Long Term Environmental Impacts Presentation
Tropisms and Turgor Pressure Presentation
Supplemental Information on Bones
Cornell Respiratory System ppt
Motion Graphing Standard Notes
Balanced and Unbalanced Forces Notes
Balanced and Unbalanced Forces Presentation
Energy
Electric and Magnetic Forces Presentation
Energy Transformations Presentation
Nonrenewable Energy Sources Presentation
Potential and Kinetic Energy Presentation
Physical and Chemical Changes
Physical and Chemical Changes ppt
Physical and Chemical Changes Video
Solid, Liquid, and Gas
Solid Liquid and Gas Presentation
Elements and Compounds
Molecules
Organic Compounds
Counting Atoms and Elements
Counting Atoms and Elements ppt
Balancing Chemical Equations
Balancing Chemical Equations ppt
Periodic Table
Metals, Nonmetals, and Metalloids
Metals, Metalloids, and Nonmetals ppt
Acids and Bases
Kesler Presentation of Acid and Bases
Properties of Water
Periodic Table
Acids and Bases
Class Overviews:
7th Grade:
The seventh grade science curriculum focuses on the different types of biology. The curriculum covers cell biology, ecology, human anatomy, and more! Students are challenged with weekly homework and quizzes and occasional labs. Building cell prototypes, and creating DNA models are just a few of the ways students experience hands on learning to prove the textbook lessons.
8th Grade:
The science curriculum for 8th grade students includes both physics and chemistry. The first semester students learn about force, motion, and energy and how it has shaped the world. The physics labs include creativity and imagination as students design bridges, build rollercoasters, and analyze machines. The second semester focuses on chemistry. Chemical reactions, chemical bonds, and the periodic table is the focus of the closing semester. Chemical reactions and molecular models are just a few examples of the labs the students will perform.