| 5E Model Workshop： Create a 5E unit in 5 days [vVdmRtZO2ik].mp4 | 5.03 MB | | 5b837749 |
| A Journey through the Phases of the Moon [ainJwuObFH4].mp4 | 35.7 MB | | b82f0ebd |
| Air Resistance and Drag： How They Affect Everything [2x10OSbYJ2o].mp4 | 19.9 MB | | 5433e33d |
| All About Transverse waves mechanical and electromagnetic [kIKr6ZJS_2E].mp4 | 24.2 MB | | e44280ec |
| Asexual Reproduction Made Simple： 2-Minute Crash Course about asexual reproduction [eDASvqiwl24].mp4 | 4.78 MB | | cd12b581 |
| Balancing chemical equations [WwVAu7opnO4].mp4 | 63.6 MB | | 2fb0f216 |
| Ball down a ramp experiments for conservation of energy and Newton's second law [F1XcNhOMTLA].mp4 | 38.6 MB | | 3c76fdb1 |
| Boyle’s Law, Charles’s Law, and Gay-Lussac’s The Main Gas Laws Simplified [CxyBCeDSeuo].mp4 | 12.6 MB | | 5a853b05 |
| Boyle’s Law： How Pressure and Volume Are Connected [HhsWpTsLmQk].mp4 | 16.7 MB | | c0ebc085 |
| Calculating Density using mass and volume with examples a basic overview for middle school [gwpq59kEW0Q].mp4 | 14.4 MB | | ccc3fe01 |
| Catapult project STEM Challenge： Create a catapult and test for accuracy and destruction [gnYpQO5eRR4].mp4 | 16.2 MB | | 3fedc628 |
| Cellular Respiration： the importance of the mighty mitochondria [o1nkKDmTt3g].mp4 | 22.5 MB | | 4e4889a1 |
| Change in velocity and calculating acceleration using velocity with practice problems [K4l9omPI3VU].mp4 | 23.6 MB | | 1ad6f217 |
| Charles’s Law： How Temperature Affects Gas Volume [g4BB1XGvNvU].mp4 | 15 MB | | f92b2088 |
| Chemical Reaction Experiment： Copper sulfate, ammonia, and hydrogen peroxide [kWR-sjyTx08].mp4 | 4.97 MB | | 5a5d439d |
| Chemical Reaction Experiment： Sodium bicarbonate, calcium chloride, and phenol red [o4cM5gEI3o4].mp4 | 32.3 MB | | 705581aa |
| Chemical Reaction Experiment： copper chloride and aluminum [_46ZTuM24gU].mp4 | 14.7 MB | | ddd75133 |
| Chemical Reaction Experiment： magnesium sulfate with sodium carbonate [x8F0O0H7Xmc].mp4 | 49.4 MB | | f04c1234 |
| Claim Evidence Reasoning (CER) in Science Quick Guide [P3c9Kujf8hg].mp4 | 8.79 MB | | 6282e9cb |
| Comparing Animal and Plant Cells [Cdjox_YzrXc].mp4 | 11 MB | | f0e89bdb |
| Conservation of Energy [r1EuVi9k57k].mp4 | 14 MB | | ba5ff73c |
| Controls and Variables Conducting a Controlled Experiment ｜ Independent variable Dependent Variable [Zwv3LIg2NjE].mp4 | 21.2 MB | | e9f1332f |
| Convection： How Heat Moves in Fluids [HFai0bAY1fk].mp4 | 22.7 MB | | 2a5b4e2f |
| Covalent Compounds： Covalent Bond Examples and Electron Sharing Made Easy [Wf1RBbs-j4U].mp4 | 21.3 MB | | 192fc4af |
| Cycling of Matter Through an Ecosystem： Carbon Cycle, Nitrogen Cycle, Oxygen Cycle, and Water Cycle [hwt3gzUdAEg].mp4 | 5.76 MB | | 4025afa7 |
| Differentiated Digital Interactive Notebooks [k7lR5U5u9Wc].mp4 | 6.19 MB | | ddc6dd88 |
| Digital lab report How to video [X9n5_5McxTo].mp4 | 6.91 MB | | 62668dc4 |
| Egg-citing STEM Project： Watch Our Egg Car Zoom Across the Finish Line in this Egg Car Challenge! [wm22bcjd4JQ].mp4 | 9.36 MB | | 71e61b44 |
| Elements and Compounds (Ionic and molecular) [1vNl6jam_LU].mp4 | 17.9 MB | | 3c8e19b4 |
| Flipped Classroom Tutorial： Choosing and Creating your Videos [USI68mk9EWg].mp4 | 16.8 MB | | 4b7f48f2 |
| Flipped Classroom Tutorial： Interacting and Engaging with Videos [PzZuB8QaeiQ].mp4 | 5.4 MB | | ed97fd3c |
| Flipped Classroom Tutorial： Student Reflection on Learning [-0wTtmNdiO0].mp4 | 13.5 MB | | 103745ef |
| Focus Test： How Focused Are You？ [q52yUigecco].mp4 | 2.82 MB | | 8e621bcf |
| Food Chain and Energy Flow in an Ecosystem： Producers, Consumers, and Decomposers [Evy9MDArnjU].mp4 | 23.6 MB | | cbb1832b |
| Forces in Action： Balanced and Unbalanced Forces Explained! With Net Force Examples [9zKqGjUM0Jg].mp4 | 14.2 MB | | 87fcf4b4 |
| Friction： What is friction and is it a friend or foe？ [qevhVQZ_MwU].mp4 | 39.4 MB | | 086911ba |
| Gay-Lussac’s Law： Pressure and Temperature Relationship [XR5ulHbcl_Y].mp4 | 12.3 MB | | 469cb2b8 |
| Genetic Inheritance： Pedigree chart creation and Analysis [A1s4wRXYZOY].mp4 | 10.8 MB | | 486e9e02 |
| Genetic traits： Mendelian and Non-Mendelian genetics including incomplete dominance and co-dominance [MYERZ7gqtMM].mp4 | 19.2 MB | | d9edb737 |
| Google Slides Video Tutorial： Adding Pictures [SpnExT4z2Fs].mp4 | 3.75 MB | | beff1844 |
| Google Slides Video Tutorial： Fixing Mistakes [r0i00Api6jo].mp4 | 3.93 MB | | c5c1ef41 |
| Google Slides Video Tutorial： Using spell check [hGEXNSchIwA].mp4 | 3.05 MB | | 731b7cd5 |
| Google Slides Video Tutorial： Using the arrow tool [vw8WaachpMU].mp4 | 2.5 MB | | 93664b2a |
| Google Slides Video Tutorial： Using the line tool [mT1qFjPCIxw].mp4 | 3.22 MB | | 1ed517f3 |
| Growth Mindset Famous Failures and The Road to Success [7agundRAx6c].mp4 | 13.1 MB | | 1177aba3 |
| Hands-On Motion Lesson： Investigating Speed and Distance with Wind-Up Toys [YhA3KqNe_MQ].mp4 | 74.6 MB | | 7c15a3fc |
| Heat Transfer Methods： Conduction, Convection, Radiation [qYhJGh9Eshw].mp4 | 26 MB | | 880e77d4 |
| Holiday genetics punnett square snowman and gingerbread man activity [W9Cxes2LW1M].mp4 | 16.2 MB | | 4109b71e |
| How Do Bacteria and ameobas Reproduce？ Binary Fission Explained [5pvgirCD_WA].mp4 | 15.3 MB | | eff25e91 |
| How Fossils Form： Preserved Remains, Permineralization, and Compression Explained [LHREc3Da0Lc].mp4 | 8.47 MB | | c17f0344 |
| How light waves behave： absorption reflection transmission [sqqPo_n0o-k].mp4 | 14.9 MB | | 3783b98c |
| How plate tectonics works. Evidence and explanation of plate tectonics [Q6Xp9ZuUyh4].mp4 | 29.5 MB | | 98bd1847 |
| How sound waves behave： absorption transmission reflection [L3cIo8G65m4].mp4 | 15.7 MB | | f0f15b34 |
| How to Add Pictures in Google Slides [BNnMD0ZK1LM].mp4 | 12 MB | | 79cc0538 |
| How to do a flipped lesson [nA525BtByXA].mp4 | 19.8 MB | | be240c22 |
| How to drag and drop objects and type in text boxes in Google Slides [sgnIsllH4TE].mp4 | 16.8 MB | | 46be416f |
| How to mark the text in Google Slides when the text is part of the background [ST5JPigX8U4].mp4 | 7.37 MB | | 1859088d |
| How to use the Explore tool in Google Slides [FSsG6v9QbXM].mp4 | 23.9 MB | | 916b1327 |
| Inertia and Newtons first law of motion with examples [R0glyGduUaw].mp4 | 13 MB | | 41405f5c |
| Interpreting Exothermic and Endothermic Reaction Graphs A Simple Explanation of the Two Reactions [93OvPcv_7Vs].mp4 | 25.9 MB | | 488dde9a |
| Introduction video [pu53LoGsHLM].mp4 | 7.07 MB | | 3f366913 |
| Ionic Compounds： Exploring Ionic bonding with Examples [R4givWTVYT4].mp4 | 13.1 MB | | 072b0657 |
| Layers of the Earth Quick Overview for Students [-JJb763kLjk].mp4 | 21.2 MB | | 203314de |
| Levels of Organization in Multicellular Organisms [2YMk12Tz2gM].mp4 | 21.1 MB | | 84017aff |
| Life Cycle of Stars. What will happen to our Sun？ What is a supernova？ [6AYGjfzZcis].mp4 | 41.4 MB | | a9eddd6f |
| Light Waves [IISNFWO286o].mp4 | 10.5 MB | | 90e81ece |
| Longitudinal mechanical waves characteristics and examples [KZg1ATqA5_8].mp4 | 33.6 MB | | cfcfb28a |
| Measuring Matter： Calculating Mass and Volume [iFnY168103A].mp4 | 23.8 MB | | 9be5ff67 |
| Mindfulness Introduction including Box Breathing Practice [mBp0mDDqN0c].mp4 | 35.4 MB | | 655cca64 |
| Motion Graphs： interpreting distance vs time graphs [JGa4bz1sUIM].mp4 | 20.7 MB | | edcccf8b |
| Motion： Reference Point and Speed [SWN2d7w-ZLs].mp4 | 27.4 MB | | abe6e455 |
| Motion： speed, velocity, acceleration [59dsTpyukAo].mp4 | 20.4 MB | | 83092dc3 |
| Mutations and Variation of Traits [Cn8pGx7kO08].mp4 | 15.7 MB | | b2a9adc1 |
| Natural Selection： How does it work？ [IZsrSDNQXpg].mp4 | 19.1 MB | | 52b1fbf5 |
| Osmosis Simplified： Understanding Active and Passive Cellular Transport [uRGvR-vt36I].mp4 | 4.72 MB | | 41596ace |
| Parents Guide to the Flipped Classroom Model [fe6WfOlmYZY].mp4 | 8.34 MB | | f1b46886 |
| Phase Changes adding and removing thermal energy or pressure [_4Hzg-j3eJ8].mp4 | 31.9 MB | | 074206eb |
| Phase Changes due to thermal energy and pressure change [ZH_i4t2LJR8].mp4 | 30.8 MB | | 6be67491 |
| Photosynthesis [EoNBy6ssf9Q].mp4 | 8.73 MB | | 586f7b5d |
| Physical and Chemical Properties of Matter [iuoYJPT5cFI].mp4 | 6.71 MB | | a2b6794d |
| Plate Tectonics Explained： Divergent, Convergent, and Transform Boundaries [WjLGBa8plKM].mp4 | 27.7 MB | | eb5be0bd |
| Principle of Success Believe in Yourself [tgEriH0WgRY].mp4 | 15.7 MB | | e31dc43e |
| Principle of Success Face The Fear [nG12q1CO6qs].mp4 | 18.4 MB | | b18acf4b |
| Principle of Success Practice Persistence [Mc7XujruB34].mp4 | 10.8 MB | | 11582853 |
| Principle of Success Take Responsibility [VHg4AnAUt6A].mp4 | 13.3 MB | | 4164ffc0 |
| Principle of Success Surround Yourself with Positive People [XQOCqG1pg6M].mp4 | 13 MB | | a6e3e6ac |
| Principle of Success ： Decide What You Want [Af6HvpsObag].mp4 | 15.8 MB | | 9e627368 |
| Principle of Success： Keep track of your successes [934Kt6n4AI4].mp4 | 14.8 MB | | 06655531 |
| Principles of Success Affirmations and Visualizations [fbVTmTA5aGE].mp4 | 22.3 MB | | 4bf20d13 |
| Principles of Success Embracing Feedback [zegWg6Aa5Ts].mp4 | 7.82 MB | | f669e115 |
| Principles of Success Mindfulness with Gratitude [9DTEkiMIp2I].mp4 | 14 MB | | 1bf42f36 |
| Principles of Success： Goal Setting [1vstXP60nGw].mp4 | 20.6 MB | | 958e9983 |
| Properties of waves： amplitude, frequency, speed, and energy [3T7349s1QmU].mp4 | 19.7 MB | | 93ca69c8 |
| Reading Earth’s Timeline： Fossils and Strata in Rock Layers [4YrJp4gnUrk].mp4 | 17.2 MB | | 4c087d09 |
| Reflection of Light with Concave and Convex Mirrors. How mirrors work in Physics [L8btJKEuqx0].mp4 | 15.4 MB | | 7949e95f |
| Refraction of light through convex and concave lenses. How lenses work [94zvZjobW08].mp4 | 16 MB | | 9309c748 |
| Roller Coaster STEM Challenge using paper, foam tubing, and pool noodles [yNexPte2S-k].mp4 | 38.4 MB | | b677c241 |
| Schoology and Google Drive： How to share your resources with students [YvfofuALXjU].mp4 | 16 MB | | 89d318c0 |
| Science at Home： motion and energy labs [6t9ZqhNYgcw].mp4 | 20.4 MB | | 2a5509de |
| Scientific Method Activity Paper Towel Test： Prove the Commercial Claim [nn-s66you9I].mp4 | 75 MB | | 10c5f4a3 |
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