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.

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.

This is a two page graphic organizer foldable which covers series circuits, parallel circuits and Ohm's Law. The students will first take notes over the electric circuit components: wire, battery, lamp, switch, resistor, motor, fuse, ammeter, voltmeter, ohmmeter. Students will write about the four distinct qualities of a series circuit versus a parallel circuit. There is an overview of the Ohm Law formula and two practice problems.

Coloring pages have recently become a huge hit all over the world. In my new series of word wall coloring pages, you can bring the excitement of coloring into your middle school and high school science classrooms. This set includes the words: hypothesis, experiment, constant, variable, data, research, and a blank document for student-designed words. Word Walls are an instructional tool used primarily in the elementary classroom. While teaching in Texas my administrators decided they wanted secondary teachers to use the tool as well. It was a great success on many levels. Students took time learning about their word and creating a design for it. I always displayed all the words and the students took great pride in seeing their work displayed. The students also enjoyed looking at each other’s work. I noticed over time that my students would frequently look at the wall while we working. Especially during pop quizzes or bell work. The word wall truly helped my students to remember their vocabulary words and seeing them displayed all the time in class made it easier for them to refresh their memory when necessary. Each word wall poster has a word wall art graphic that students can color. There is a designated box to write the scientific definitions, synonyms or examples, antonyms or nonexamples and space to write a sentence using the word. I developed word wall coloring pages for my students who struggled with what to draw and write when working on word walls. I always offer a blank template for my self-motivated artists, but the coloring pages allowed my students who struggle with a means for creating a beautiful piece of word wall art as well. My favorite way to use word walls includes after a test, to introduce new vocabulary in a relaxing format, sub work or as extra credit. They are also a fun way to revisit words student’s struggle with. In your file, you will receive the word wall word/words you purchased plus the blank template. Please feel free to tag me on Instagram (@MizzzFostersClass) to show off your students’ work.

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.

Astronomy Ornament Activity is a fun fine motor skills activity designed for older students to have an opportunity to create a papercraft while using their fine motor skills, through writing, coloring, cutting, gluing, and assembly. There are fifteen celestial objects including an astronaut. The ornaments have a front and back. The front of the ornament is a rendering of the celestial body. The back of the ornament has questions about the astronomy element that students can answer using their books or a quick internet search. Students will color the ornaments’ fronts and backs, cut the ornaments out, and assemble them. Students can glue the fronts and back together. Another option is using cardstock between the two layers for added structural support. I am sure there are multiple other options that you and your students can come up with. These are also fun classroom decorations to hang up. I have hung some of mine from the ceiling and the students enjoy looking at them. Instructions are included as a PowerPoint presentation or pdf file.

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 one page foldable has eight flaps for a description of radio waves, microwaves, infrared, visible light, ultraviolet, x-rays, gamma and cosmic rays. There are illustrations, instructions and a key included.

Thanksgiving is a difficult time of year with students excited for vacation. Here is a great no-prep activity for secondary science students which will allow them to compete against each other and the clock while reviewing their skills solving problems using dimensional analysis. I love this activity because it keeps my students critically thinking and working together. In this problem set are seven multi-step problems with questions, a student guide sheet with some conversions and a detailed teacher's Key with how to set up the problems and the answers. Although geared towards Thanksgiving, this a great activity to brush up student math skills in Science any time of year!

The waves power point is in depth instruction over waves, Students will learn wave vocabulary, wave forms and types of waves. Wave vocabulary covered in this power point include; wave, amplitude, wavelength, crest, trough, line of equilibrium, frequency, longitudinal wave, transverse wave, compression, rarefraction, reflection, refraction, diffraction, polarization, resonance, doppler effect, electromagnetic waves, mechanical waves, constructive interference and destructive interference. As you move through the power point there are multiple real life examples so students have real reference points they can think about while learning about waves. There is a plethora of scientific diagrams with labels included.

The fold-out foldable covers the electromagnetic spectrum, light, photons, waves and their characteristics. the relationship between frequency, wavelength, and the speed of light are introduced with the formula for speed of light. Calculating the energy of the electromagnetic waves is also covered with introduction to Planck's constant and the energy formula derived using the constant.

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.

The power point covers the electromagnetic spectrum, light, photons, waves and their characteristics. the relationship between frequency, wavelength, and the speed of light are introduced with the formula for speed of light. Calculating the energy of the electromagnetic waves is also covered with introduction to Planck's constant and the energy formula derived using the constant. How we see light is presented along with slides for each type of electromagnetic ray and how they can affect human health. I also have a slide on cosmic rays since they have the most energy of all electromagnetic rays.

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 Energy Brochure is a quick overview of energy for secondary science classes. The definition of energy, potential, kinetic and the six types of energy are covered. Students also need to fill in the Law for conservation of energy. this foldable is only one sheet of paper front and back photocopied. There is a place where it can be glued into an interactive notebook or composition notebook.

This is a single page brochure foldable which covers introductory characteristics of waves. Students will define words such as amplitude, wavelength, crest, trough, frequency, period, velocity, line of equilibrium, compression, and rarefraction. Students will look at the period and wave equations and define the components. Students will also label the parts of a transverse wave train and longitudinal wave. This brochure can be easily glued into a composition notebook or spiral ring notebook. This is a simple one page foldable you photocopy front to back and have the students fold into a three section brochure. A detailed teacher's key is included.

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.

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.

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.

The Periodic Table Bundle contains an informative power point, Periodic Table graphic organizer for INB, and a scavenger hunt for the 118 element Periodic Table. POWER POINT: 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. (43 slides) GRAPHIC ORGANIZER FOR INB 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 118-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.( 4 student pages, 4 page teacher key plus instructions.) PERIODIC TABLE SCAVENGER HUNT 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 scavenger hunt is excellent in informing the students of how certain elements got their names and where groups are found. Two page student pages. Teacher key included. ACTIVITY The students will be organizing good and evil characters from pop culture. This is a Periodic Activity to allow students to experience and simulate what it is like to organize a group of subjects based on properties. This is an excellent Halloween activity for secondary science! Some of the properties have periodic trends, while other do not. Students will be organizing good and evil pop culture characters based on their Altruistic score, Malicious score, Fatality score, Jovial score and Intellect score. There are other properties the students can use as well by analyzing the character tiles. There are a total of 63 character tiles. Student need to use ALL 63.