Document: Density Worksheet Abstract: Use the information in the data table to determine the mass and the volume of the sample. Then calculate the density of the alloy.

Document: Concept Map of Atom Bellringer (1) Abstract: Please fill in the missing parts of the chart

Document: Energy Foldable Abstract: Directions on folding and cutting paper on next page. On the front you have eight sections on each section put a different word: Motion/mechanical, Chemical, Nuclear, Light/electromagnetic, Sound, Electrical, Heat/thermal, Energy. Inside put the definition that matches each word.  Then you need to draw a picture for each word.  

Document: Complete Unit 1 Overview_Organization-1 Abstract: Cells have particular structures that underlie their functions. SB1A All cells are composed of many different molecules that are organized into specialized structures that carry out cell functions. SB1C Multi-cellular organisms are formed as highly organized arrangements of differentiated cells. SB3bCellular processes of prokaryotic and eukaryotic cells are similar in-spite of their structural differences. SB1a  

Document: Element Wanted Poster and Model Abstract:Choose an element and make sure that it has not already been taken. Examples are Nitrogen, Oxygen, Neon, Barium etc.

Document: 4 States of Matter Problem-2 Abstract: :  Two states of matter must work together to solve a problem.  As they solve the problem, the state of matter should also be able to show how their molecular and atomic movement helps in the problem’s solution.

Document: Optical Illusion Project Abstract: This project can be done by individual students or with teams of students. The write-up is based on team projects. Feel free to adapt this project to individual projects

Document: Unit 1 Motion-1 Abstract: Section 1 of this unit introduces students to the topic of motion in one and two dimensions. All motion must be compared to a frame of reference. After learning the difference between vector and scalar quantities, the students will learn about how to describe the motion of an object in terms of its position, velocity, and...