This Kinematics Fold-out Foldable gives students an excellent foundation for kinematics. Students will understand the difference between scalar and vector, distance and displacement, velocity and speed, acceleration and graphing. Definitions and formulas are covered. A teacher key with the answers and instructions for assembly. EXCELLENT RESOURCE FOR ANY PHYSICS CLASS!

This is a great worksheet for getting to know the periodic table. The worksheet covers all 118 elements. I included a FREE downloadable periodic table that I used in making the scavenger hunt. This is specific for secondary students because your students may need to do a little research into the meaning of Latin and Greek words, look up mythological beings and celestial bodies. This scavenger hunt is excellent in informing the students of how certain elements got their names and where groups are found. The Teacher Answer Key is included.

This is a ten problem multiple step set of calculating average atomic mass. In addition to solving for average atomic, students will calculate relative abundance percentages, and the actual mass of various isotopes. I have included a detailed teachers key which shows how each problem is solved.

This Periodic Table and Periodicity Power Point covers the historical development of the Periodic Table, the types of elements found on it, the categories of the elements, and the periodic trends of electronegativity, atomic radii, ionic radii and ionization energy.

This Periodic Table Graphic Organizer is designed for Interactive notebooks in a secondary science class. Students will look at the different parts of the periodic table and list the characteristics of metals, nonmetals and metalloids (semi-metals). Students will color a 119-element periodic table according to groups such as Alkaline metals, Halogens and nonmetals. Students will also cover periodic trends such as electronegativity, atomic radii, ionic radii and ionization. EXCELLENT FOR ANY STATE!!! Texas Chemistry TEKS (5) Science concepts. The student understands the historical development of the Periodic Table and can apply its predictive power. The student is expected to: (A) explain the use of chemical and physical properties in the historical development of the Periodic Table; (B) use the Periodic Table to identify and explain the properties of chemical families, including alkali metals, alkaline earth metals, halogens, noble gases, and transition metals; and (C) use the Periodic Table to identify and explain periodic trends, including atomic and ionic radii, electronegativity, and ionization energy. Next Generation Science Standards HS-PS1-1. Use the periodic table as a model to predict the relative properties of elements based on the patterns of electrons in the outermost energy level of atoms.

The History of Atomic Theory, Atomic Structure, Isotopes and Atomic Mass are presented in three different sections of this power point with. You can see the different sections by the change in colors. You will go through the scientists and experiments which contributed to the synthesis of the Atomic theory. The next section will go over the parts of the atom. The last section will review isotopes and atomic mass. Students will also learn how the masses on the Periodic Table where calculated. The Atom Fold-Out Foldable is designed for secondary science courses. The anatomy of the atom is covered including valence electrons, energy levels, isotopes and ions. The Bohr diagram and Lewis Dot structure are reviewed. Students will also see what happens to an atom when the number of protons, neutrons and electrons are changed. I have included assembly instructions which is extremely simple and the teacher's key.

The Atom Fold-Out Foldable is designed for secondary science courses. The anatomy of the atom is covered including valence electrons, energy level, isotopes and ions. The Bohr diagram and Lewis Dot structure are also covered. Students will also see what happens to an atom when the number of protons, neutrons and electrons are changed. I have included assembly instructions which is extremely simple and the teacher's key. EXCELLENT RESOURCE FOR ANY CLASSROOM!

This Matter foldable is great for using in a secondary science interactive notebook. Is is very simple to put together with a fold-out design. It covers classifying matter, states of matter, physical and chemical properties of matter with some questions for thought. This is an excellent study tool and can be used for intervention. You are supplied with the very simple assembly instructions and answer key. GREAT FOR ANY STATE!

This is an editable lab. Students will be given ten objects that they need to measure mass and volume for in order to calculate density. I based my lab from a set of ten density cubes that can be purchased from any physical science catalog. You can also find a collection of objects to use as long as you calculate the densities. I also created a file that has six density tables on it to reduce the number of copies needed. This lab only requires a scale, digital or manual, a beaker or graduated cylinder and ten objects of various materials. * You could also include the same materials for enrichment and understanding.

In this worksheet students will use a visible light spectrum chart to calculate the wavelength of different colors of light. Then using the light equation and speed of light the students will figure out the frequency for each color. In the next step, students will use the frequency and Planck's constant in order to calculate the energy each color of light carries. Students will also need to color the spectrum. I have mine work out their calculations on a separate sheet of notebook paper and turn it in attached to their charts. I have included an answer sheet so you can see what the final should look like. For my younger students I give them the color wavelengths. For my physics students I have them use the chart and figure the wavelengths out on their own. I use this in both Chemistry and Physics.

A new twist on a dimensional analysis (factor/ label method). This activity is for after you have taught dimensional analysis. Students need to apply the skills they learned to see if they can escape in time to avoid the incoming zombies. You can have the students compete individually or in groups and which ever individual or group gets the six problems correctly answered first is the winner. There is a worksheet for the students, a Zombie Survival Fact sheet with some conversions. The students will need to use the information given to make their own conversion statements. I have included a teachers key with equivalency statements and how to solve the problems step by step. Student worksheet (3 pages) Zombie Key (1 page) Teacher Key (3 pages)

A new twist on lab safety and equipment review. Many times we repeat the same lab safety and equipment reviews every year. Make it fun with this Lab Safety and Equipment Memory game. The students will need to match 25 pairs of cards. One card has a description and the students need to match it with a picture or explanation. The game allows the students to continuously review lab safety and equipment while having fun and being competitive. The cards are square and saved as a pdf. By adjusting your page count per printed page you can adjust the size of your cards. I suggest laminating them and keeping them year after year. I use one set per lab table. You can have the students compete within a single table or between groups.

A edgy take on lab safety and equipment review. Many times we repeat the same lab safety and equipment reviews every year. Make it creepy with the Asylum Lab Safety and Equipment Memory game. The students will need to match 25 pairs of cards. One card has a description and the students need to match it with a picture or explanation. The game allows the students to continuously review lab safety and equipment while having fun and being competitive. The cards are square and saved as a pdf. By adjusting your page count per printed page you can adjust the size of your cards. I suggest laminating them and keeping them year after year. I use one set per lab table. You can have the students compete within a single table or between groups.

The Rainbow lab is an excellent first day activity for secondary students who have lab experience. The students have to follow instructions, measure liquids, use glassware and follow safety procedures.