These prokaryotic bacteria worksheets cover Archaebacteria, Eubacteria, bacteria shapes, structures, cluster type gram staining, reproduction, pasteurization, sterilization, and antibiotic resistance. There are also examples of specific bacteria. Pathogenic and beneficial bacteria are covered. You can also purchase a power point to accompany the worksheets separately.

The foldable covers cell cycle, G0, G1, S, G2, and mitosis in both animal and plant cells. There are note taking areas for how mitosis is the driving force behind growth, development, regeneration and asexual reproduction. The foldable also covers tumors both benign and malignant (cancer). This foldable goes along well with Cell Cycle and Mitosis Power Point. The instructions for assemble and answer key are included. You can easily glue this foldable into a composition notebook, spiral notebook or binder.

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.

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!

The History of Atomic Theory, Atomic Structure, Isotopes and Atomic Mass are presented in three different sections of this power point. 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.

This Genetic Punnett Squares Bundle has a thorough Power point covering; complete dominance, incomplete dominance, codominance, sex-linked traits (both X and Y), Blood typing, monohybrid, dihybrid, pedigrees and epistasis. The examples are real examples and includes slides over human genetics to help clear up misconceptions on how physical traits are inherited.

The population genetics graphic organizer prompts students to write about the mechanisms of how species evolve over time. It has compartments for Hardy-Weinberg and then delves into genetic flow, genetic drift, bottleneck effect, founder's effect, the types of selection, the types of isolation and the types of speciation. There are visual prompts to help students remember the differences between the topics. Easily fits into a composition notebook or spiral ring notebook. Works great with interactive notebooks. A detailed teacher's key is included. The concepts are heavy within population genetics so I would advise to chunk the information up into segments instead of teaching them all the way through in one day.

The States of Matter Power point covers all FOUR states of matter, solid, liquid, gas, and plasma. It details the kinetic molecular theory and has instructions on the last slide for your students to create a foldable.

Students will cover DNA replication in detail with all the enzymes such as polymerases and helicase. Students have diagrams to color and questions to answer. Complimentary DNA base pairing is also reviewed. Students will also learn about protein synthesis; DNA transcription and DNA translation. There are student practice problems for converting template DNA into a mRNA and from mRNA to codons and finally amino acids. Anticodons are covered. The worksheets can also be used as foldables and placed into a composition interactive notebook. This is an excellent resource for AP Biology and college level Biology courses.

This Genetic Punnett Squares Guided Student Notes to follow the power point. Teacher Key is included. Genetic topics covered are; complete dominance, incomplete dominance, codominance, sex-linked traits (both X and Y), Blood typing, monohybrid, dihybrid, pedigrees and epistasis. The genetic examples used occur in nature.

Genetic Disorders goes over the DNA mutations and couples each of them with a disease that people are affected by. Point mutation frame shift mutation, chromosomal mutations and sex-linked mutations are all included. Diseases like sickle cell anemia, albinism and others are also discussed. Excellent for AP Biology and Genetics. A power point is available in a separate listing.

This is a problem set which follows a lesson covering genetic disorders and mutations. The students will model deletion, insertion, inversion and duplication mutations on single strands of DNA and explain how the mutations affect the polypeptide chain. There are two free styles of codon charts and the teacher key are included. This problem set is a great follow up to Genetic Disorders: Mistakes in the DNA code, DNA mutations Worksheets w/t Key or Genetic Disorders: Mistakes in the DNA code, DNA mutations Bundle: PPt and WS The display file is for advertising purposes only.

This is an interactive power point which goes over the physical and chemical characteristics of the atoms which make up elements, molecules, compounds and solutions. The power point prompts the students to create a foldable for them to draw and define elements, compounds, molecules and solutions. Be sure your class has a blank sheet of paper before starting and maybe even something to add color.

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.

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: Photosynthesis, Cellular respiration, autotroph, heterotroph, chloroplast, mitochondria, ATP, glucose, glycolysis, oxygen, carbon dioxide, light independent, light dependent, Krebs cycle, light energy, chemical energy, and water. 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 students’ struggle with. Please feel free to tag me on Instagram (@MizzzFostersClass) to show off your students’ work.

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!

The Wave Characteristics, Types and Interaction graphic organizer covers unique wave vocabulary such as reflection, refraction, diffraction, polarization, resonance, Doppler effect, electromagnetic, mechanical, longitudinal, transverse, surface, vacuum, interactions, collision, constructive and destructive. Students are prompted to write about the targeted words and there are multiple diagrams for students to reference. Students can easily fill this out using a text book or web search. A complete teacher key and assembly instructions included.

This power point explains the flow of energy through an environment. It discusses how sunlight is converted during photosynthesis and how organisms then use cellular respiration. Trophic levels, energy pyramid, food chains and food webs are all covered. Students will be able to identify which trophic level an organisms belongs in and understand how the cellular process of photosynthesis and cellular respiration allow energy to flow through an environment.

The DNA Processes Power Point covers DNA replication and protein synthesis: DNA transcription and translation. All important enzymes and nucleotides are covered. A summary of each process follows the full length explanations. Students will be able to explain the difference between DNA replication and Protein synthesis. Students will know where the processes take place, which organelles are involved and how the nucleotides translate. Students will also know how to translate codons into the appropriate amino acids.

Gene Regulation can be one of the most confusing concepts to each secondary science and college level biology classes. This power point breaks both prokaryotic and eukaryotic regulation down into simple terms that can be easily understood. The last slide asks the students to create a contrasting chart to write the differences of gene regulation between prokaryotes and eukaryotes. Topics: Prokaryotic regulation Lac Operon Repressor Operator Eukaryotic regulation Transcription complex Repressor Histones RNA polymerase TATA Box