$17
weeklySensory Science: Fun Hands-On Science Experiments
Completed by 27 learners
Ages 8-10
Live Group Class
Live video meetings
1x per week
1-6 learners per class
30 min
What's included
1 live meeting
30 mins in-class hours per weekClass Experience
US Grade 3 - 4
𝐃𝐨 𝐲𝐨𝐮 𝐰𝐚𝐧𝐭 𝐭𝐨 𝐝𝐢𝐬𝐜𝐨𝐯𝐞𝐫 𝐭𝐡𝐞 𝐦𝐚𝐠𝐢𝐜 𝐨𝐟 𝐬𝐜𝐢𝐞𝐧𝐜𝐞? Explore a world of discovery with our hands-on science experiment class, designed for young minds eager to learn! Through dynamic, interactive experiments, students will explore concepts like energy, matter, and forces, sparking their creativity, critical thinking, and problem-solving abilities. Each session uncovers eye-opening physics and thrilling chemical reactions, making science both educational and fun. Students will create Sizzlin' Snowballs, experiment with homemade play dough, and much more—balancing learning with excitement. This class fosters inquiry, collaboration, and a sense of community, ensuring that every student, whether a science enthusiast or just starting their journey, feels empowered to explore the fascinating world of science. ________ To ensure a smooth and enjoyable experience, please have all materials ready 𝐛𝐞𝐟𝐨𝐫𝐞 𝐜𝐥𝐚𝐬𝐬 begins, as we will start the experiments promptly 5 minutes after the class begins. Thank you for your preparation! ________ Materials are listing in the learner supply list section and will also be posted in the classroom. ________ WEEKLY BREAKDOWN: Week of March 31 – Solar Oven What materials can trap heat from the sun? We explore renewable energy by turning sunlight into cooking power using reflective and insulating materials. Week of June 2 – Fireworks in a Jar Why do oil and water react this way? Learners use household materials to see how liquids interact and separate. Week of June 9 – Exploring Surface Tension with Black Pepper How does soap break surface tension? A visual demonstration showing how molecules react when the surface of water is disrupted. Week of June 16 – Homemade Sundial Can we tell time using the sun? We track shadows over the course of the day to understand Earth's rotation. Week of June 23 – Coin Inertia What keeps a coin at rest—or sends it flying? Learners test the concept of inertia with a quick movement trick that surprises them. Week of June 30 – OFF (Summer Break) Week of July 6 – Tie-Dye Shirt How do colors spread through fabric? Learners experiment with absorption and how water helps move dye through material. Week of July 13 – Painted Nature How can science and art connect? We use natural textures and materials to explore pigment, pressure, and surface differences. Week of July 20 – Floating Eggs Can an egg float in water? What changes that? This experiment uses saltwater to explore how density affects buoyancy. Week of July 27 – Water Filtration Experiment How can dirty water be made cleaner? Learners test basic natural layers to see how filtration works and why it's used in real-world systems. Week of August 3 – Candy Chromatography What colors are hiding in your candy? We explore how color dyes separate when moved through a medium using water. Week of August 10 – Gummy Bear Osmosis What happens when a gummy bear sits in water? Learners discover how water moves in and out of materials by observing changes over time. Week of August 17 – Sink or Float Why do some objects float while others sink? We examine the roles of shape, weight, and material in determining buoyancy. Week of August 24 – Make Your Own Butter What does shaking cream do to its molecules? Learners observe a physical change and how motion can transform a liquid into a solid. Week of August 31 – OFF (Fall Break) Week of September 7 – Magic Milk Experiment What happens when soap touches milk? We look at surface tension and how tiny changes affect molecular movement in liquids. Week of September 14 – Rainbow Walking Water Can water travel on its own? Kids observe capillary action as water moves and mixes color from one container to another. Week of September 21 – Egg Drop Challenge How can we protect something fragile from a fall? Learners design containers to test shock absorption and force distribution. Week of September 28 – Invisible Ink How can heat reveal hidden messages? Learners write with special solutions and use safe methods to uncover what’s invisible. Week of October 5 – Soap Boat Can soap power movement? We explore propulsion caused by changes in surface tension on water. Week of October 12 – Elephant Toothpaste What causes foamy reactions? A rapid chemical reaction produces dramatic results when ingredients are combined just right. Week of October 19 – Pumpkin Volcano What makes a pumpkin fizz and erupt? A festive chemical reaction using acids and bases shows how gas is created and released. Week of October 26 – Cinnamon Stick Candle Can scent change how fire burns? We observe how materials with oils behave differently in flame and heat. Week of November 2 – Candy Corn Science What happens when candy meets heat or liquid? We explore how sugar reacts when introduced to different conditions. Week of November 9 – Density Column with Liquids Can different liquids stack without mixing? This visual experiment helps learners understand how density affects layering. Week of November 16 – Slime Using Fall Colors What’s happening when slime stretches or breaks? We explore polymers and how certain mixtures behave when manipulated. Week of November 23 – OFF (Late November Break) Week of November 30 – Homemade Snow Can we create something that looks and feels like snow? Learners test absorbent materials and reactions that mimic snow texture. Week of December 7 – Crystal Ornaments How do crystals grow? We create a slow-building chemical reaction that forms visible crystals on a surface. Week of December 14 – Clean Pennies What makes a tarnished penny shine again? Learners test different solutions to explore chemical changes and reactions. Week of December 21 – OFF (Winter Break) Week of December 28 – OFF (Winter Break) 2026 Week of January 4 – Rainbow in a Glass Can we pour a rainbow into a single cup? Using careful layering, learners observe how liquids can stack by density. Week of January 11 – Snow Globe What keeps glitter suspended in a snow globe? We experiment with liquid thickness to see how it affects movement and flow. Week of January 18 – Storm in a Glass What causes weather patterns to shift and swirl? A visual model simulates how air masses interact and create storms. Week of January 25 – Homemade Play Dough What makes dough stretchy and soft? Learners explore texture and transformation through a safe chemical mixture. Week of February 1 – Milk Art Why do colors swirl in milk with soap? We revisit surface tension and watch how motion spreads through liquid. Week of February 8 – Sizzlin' Snowballs What makes something fizz and sizzle? A combination of materials triggers a bubbling reaction that mimics melting snow. Week of February 15 – Cool Crystals What materials grow the best crystals? Learners set up a simple experiment to observe how crystals form and change. Week of February 22 – Paper Bridge How much weight can a paper structure hold? We test how folds, layers, and shapes affect the strength of paper. Week of March 1 – Lava Lamp What causes bubbles to rise and fall in layers? We look at density and polarity by combining ingredients in a sealed container. Week of March 8 – Pencil in Water Bag Can a pencil pierce water without a leak? A surprising physics experiment exploring pressure and material flexibility. Week of March 15 – Dancing Raisins Can a raisin dance in soda? We explore how gas bubbles attach to solids and affect buoyancy. Week of March 22 – Density Tower What makes some liquids float on others? We layer multiple liquids to observe natural separation by density. Week of March 29 – Solar Oven What materials can trap heat from the sun? We explore renewable energy by turning sunlight into cooking power using reflective and insulating materials. Week of April 5 – OFF (Spring Break) Week of April 12 – Water Filtration Experiment How can dirty water be made cleaner? Learners test basic natural layers to see how filtration works and why it's used in real-world systems. Week of April 19 – Candy Chromatography What colors are hiding in your candy? We explore how color dyes separate when moved through a medium using water. Week of April 26 – Gummy Bear Osmosis What happens when a gummy bear sits in water? Learners discover how water moves in and out of materials by observing changes over time. Week of May 3 – Sink or Float Why do some objects float while others sink? We examine the roles of shape, weight, and material in determining buoyancy. Week of May 10 – Make Your Own Butter What does shaking cream do to its molecules? Learners observe a physical change and how motion can transform a liquid into a solid. Week of May 17 – Magic Milk Experiment What happens when soap touches milk? We look at surface tension and how tiny changes affect molecular movement in liquids. Week of May 24 – Rainbow Walking Water Can water travel on its own? Kids observe capillary action as water moves and mixes color from one container to another. Week of May 31 – Marshmallow Tower Challenge What makes a structure strong and stable? A playful engineering challenge exploring balance, tension, and design. Week of June 7 – Exploring Surface Tension with Black Pepper How does soap break surface tension? A visual demonstration showing how molecules react when the surface of water is disrupted. Week of June 14 – Homemade Sundial Can we tell time using the sun? We track shadows over the course of the day to understand Earth's rotation. Week of June 21 – Coin Inertia What keeps a coin at rest—or sends it flying? Learners test the concept of inertia with a quick movement trick that surprises them. Week of June 28 – Fireworks in a Jar Why do oil and water react this way? Learners use household materials to see how liquids interact and separate. _______ Our classrooms are rooted in the Socratic teaching approach, where curiosity and critical thinking come to life. Learners are guided through open dialogue and meaningful conversations, allowing them to explore topics more deeply and develop a thorough understanding. To accommodate diverse learning styles, we thoughtfully combine traditional methods—like videos and carefully chosen presentations—with interactive discussions. This balanced approach ensures that every learner feels engaged and supported in their journey. _______ Please note that we value mental health and are committed to preventing teacher burnout. To support our team’s well-being, we take company-wide breaks during which no classes will be held and emails will not be answered. You may experience a delay in responses during the following dates: 2025 April 19 - April 20 (Easter Break) August 25-31st (Summer Break) Week of November 23, 2025 OFF (Late November Break) Week of December 28, 2025 OFF - Winter Break 2026 Week of January 4, 2026 OFF - Winter Break Week of March 29, 2026 Week of April 5, 2026 - OFF - Spring Break In addition, teachers may need time off outside of these breaks as emergencies do happen. We always try our best to give ample notice when we can. You will never be charged for a day that we cancel classes. _______ Policies and Guidelines 🌟 𝗧𝗲𝗮𝗰𝗵𝗶𝗻𝗴 𝗣𝗵𝗶𝗹𝗼𝘀𝗼𝗽𝗵𝘆 𝗮𝗻𝗱 𝗔𝗽𝗽𝗿𝗼𝗮𝗰𝗵 We believe in empowering educators to teach from the heart, embracing their unique styles and approaches. Each of our instructors brings their own passion and expertise to the classroom, which means not all classes will be taught in exactly the same way or use the same materials and assignments. While the core topics and themes will always remain consistent, the teaching methods and resources may vary from class to class. This diversity enriches the learning experience and allows students to benefit from a range of perspectives and approaches. We encourage our educators to stay true to their individual teaching styles while maintaining the high standards of engagement and quality that define our programs. This approach not only supports the creativity and authenticity of our teachers but also ensures that every class is an authentic and meaningful experience. 🌟 𝗥𝗲𝗳𝘂𝗻𝗱 𝗣𝗼𝗹𝗶𝗰𝘆 We strictly adhere to Outschool's refund and rescheduling policy for all of our classes. Once a class has been paid for, there will be no deviation from Outschool's guidelines. We do not offer refunds or rescheduling outside of what Outschool allows. We follow a structured classroom weekly breakdown schedule to maintain consistency. In cases where an instructor is unavailable, we will provide a substitute teacher whenever possible to ensure the course or club/enrichment classes remain on track. If no substitute is available for a scheduled class, refunds will be issued. Please note that no refunds will be given for choosing not to attend a substitute-led session. 🌟 𝗖𝗮𝗺𝗲𝗿𝗮 𝗣𝗼𝗹𝗶𝗰𝘆 To ensure a safe and secure learning environment, students are required to keep their cameras on for an initial visual verification at the beginning of class. After verification, students are welcome to turn their cameras off if they prefer, unless they have been verified by Outschool and have the verification badge, which exempts them from this requirement. We understand that every learner has different comfort levels, and we strive to create an inclusive environment where everyone feels respected and supported. We meet students where they are, honoring their individuality and comfort while maintaining a safe, welcoming space for all. 🌟 𝗜𝗻𝗰𝗹𝘂𝘀𝗶𝘃𝗶𝘁𝘆 𝗦𝘁𝗮𝘁𝗲𝗺𝗲𝗻𝘁 We believe that every learner deserves to feel valued and included. Our classrooms are welcoming and safe spaces for students of all backgrounds, abilities, and identities. We celebrate diversity and are committed to fostering an environment where everyone is treated with kindness, respect, and dignity. 🌟 𝗖𝗼𝗻𝘁𝗮𝗰𝘁 𝗣𝗼𝗹𝗶𝗰𝘆 In compliance with Outschool's policies, we do not accept friend or contact requests from current or former families on any social networking site (e.g., Facebook, LinkedIn). Additionally, we do not provide or ask for any personal information, including email addresses or phone numbers. 🌟 𝗛𝗼𝗺𝗲𝘄𝗼𝗿𝗸 𝗣𝗼𝗹𝗶𝗰𝘆 Our approach to homework prioritizes meaningful reinforcement rather than quantity. We assign one targeted activity each week that directly aligns with the material covered in class. These assignments are thoughtfully designed to help students apply what they’ve learned in a purposeful and effective way. It is important to note that our organization does not offer classes that guarantee an hour of homework each week. Instead, we focus on comprehension and retention through thoughtful in-class discussions and purposeful assignments, avoiding excessive or repetitive work. All homework assignments must be submitted during the week the lesson was taught in order to receive feedback. Writing assignments must be submitted in a typed format—either as a Google Doc, Word document, comment, or private email on the platform. Photos of handwritten work will not be accepted since they are often too difficult to read and provide feedback on. Learners who need assistance with typing are welcome to have someone type for them, as long as the work itself remains the student's own ideas and words. All writing assignments will be assessed based on a rubric, and feedback will be given using that rubric to ensure clarity and consistency. 🌟 𝗙𝗮𝗺𝗶𝗹𝘆 𝗙𝗲𝗲𝗱𝗯𝗮𝗰𝗸 𝗮𝗻𝗱 𝗖𝗼𝗺𝗺𝘂𝗻𝗶𝗰𝗮𝘁𝗶𝗼𝗻 We believe that learning is a collaborative process that involves the whole family. We regularly provide feedback to families because we value open communication and want to make sure everyone feels informed, supported, and involved in the learning journey. Our goal is to ensure that both learners and families feel confident and happy with their progress and experience. We truly value family input and encourage open communication. Whether it’s celebrating successes or discussing areas to improve, we’re here to make sure everyone feels included in the process.
Other Details
Parental Guidance
It is recommended that parents stay near by in case learners need any supervision.
All experiments will be safe.
If parents with children who have allergies would like to check the ingredients before they enroll, message the teacher and you will get a prompt response.
Supply List
Clean Pennies 6 pennies paper towels 6 plastic cups 1 marker vinegar, salt, coke, apple juice, orange juice Rainbow in a Glass Water A mug 5 separate cups A Tablespoon A clear glass A dropper or pipette Snow Globe An Empty Jar and Lid Water Glycerin White Glitter Small Animal Toys, Houses, or Trees to Decorate Snow Globe Storm in a Glass Shaving cream A large glass Water Food coloring A spoon Home Made Play Dough 3 cups of flour 1 ½ cups of salt 6 tsp cream of tartar 3 tbsp of oil 3 cups of water Milk Art A bowl ½ cup of milk Dish soap Cotton swab Food Coloring, more than one color Pepper (optional) Sheet of paper Sizzlin' Snowballs 1/3 cup baking soda per snowball 1 1/2 tablespoons vinegar per snowball Pipette Cool Crystals ¼ cup Epsom salt ¼ cup hot water Food coloring A cup A plate Optional: a small jar Paper Bridge 30 coins (pennies, nickels, etc.) 2 plastic cups piece of construction paper. Lava Lamp Vegetable oil water food coloring Alka Seltzer tablets Pencil in Water Bag 8 sharpened pencils water plastic bag Dancing Raisins Sprite raisins cup Fireworks in a Jar An empty jar drops of food coloring warm water 3 tablespoons of vegetable oil Density Tower Various liquids of different densities (water, oil, honey, syrup) food coloring tall clear glass or plastic container small objects like a grape or a cherry tomato Solar Oven Cardboard box aluminum foil plastic wrap black construction paper tape scissors ruler Water Filtration Experiment Plastic bottles sand gravel cotton balls coffee filters dirty water or water mixed with different contaminants Candy Chromatography Different colored candies with dye coatings (like Skittles or M&Ms) coffee filters water small cups or bowls Gummy Bear Osmosis Gummy bears water salt measuring cups containers Sink or Float Various small objects (e.g., coin, paperclip, cork, plastic toy, button) basin or tub filled with water Make Your Own Butter Heavy cream small jar with a lid salt (optional) Magic Milk Experiment Milk dish soap food coloring shallow dish or plate. Rainbow Walking Water Water food coloring (red, blue, yellow) paper towels three small cup optional: clear glass Marshmallow Tower Challenge Marshmallows toothpicks ruler (optional). Exploring Surface Tension with Black Pepper Black pepper 1 plate or bowl water liquid soap. Tie-Dye Shirt White t-shirt some rubber bands dye Sugar Water Rainbows Colorings (preferably in rainbow colors including red, orange, yellow, green, blue, purple) Water a clear straw sugar 6 cups tablespoon. Painted Nature Fill a bag with interesting sticks, leaves, rocks, twigs, pebbles, and anything else you can find. Next, bring them to class to closely observe and paint them. Coin Inertia Cardboard Scissors Pennies 1 cup Floating Eggs 2 Eggs Salt Water 2 tall drinking glasses. Egg drop challenge 1 Egg (raw) Bubble wrap Cotton balls Straws Popsicle sticks Small cardboard box or plastic container 1 plastic bag Homemade sundial 1 small piece of cardboard 1 pencil or stick Protractor or compass Ruler 1 marker Invisible ink Lemon juice Cotton swabs Regular paper or absorbent paper Hair dryer Soap boat A small bar of soap Toothpick Container of water Food color Scissors Elephant toothpaste Empty plastic bottle Hydrogen peroxide Dry yeast Warm water Dish soap Food coloring Safety goggles and gloves Leaf chromatography Fresh leaves (variety of different colors and sizes) Rubbing alcohol A small glass or jar Coffee filters 1 pencil 2 small bowls Tape or paper clips Pumpkin volcano 1 small pumpkin Baking soda Vinegar Food coloring Dish soap The pumpkin should be carved out and hallowed beforehand with the help of an adult 1 Large bowl Cinnamon stick candle Several cinnamon sticks 1 small metal container Candle wick Any cooking oil will work Candy corn science Candy corn Water Vinegar Baking soda Oil, Soda, and Juice Measuring cup 4 Bowls Paper Towels Density column with liquids Honey Dish soap Water Vegetable oil Food coloring 6 or 7 beads Slime using fall colors White school glue Borax solution (1 teaspoon of borax powder dissolved in 1 cup of warm water) Water 1/2 cup Food coloring (Red, orange, yellow and brown) Glitter Homemade snow Sodium Polyacrylate Water 1 bowl Measuring cup Food coloring Glitter Crystal ornaments Pipe cleaners (Stars, snowflakes, hearts, etc) Borax power Hot water String or ribbon Wide jars or containers Food coloring
1 file available upon enrollment
Language of Instruction
English
External Resources
Learners will not need to use any apps or websites beyond the standard Outschool tools.
Offered by
Teacher expertise and credentials
10 teachers have teaching certificates
New Jersey Teaching Certificate in Elementary Education
Ohio Teaching Certificate in Mathematics
New Jersey Teaching Certificate in Elementary Education
New Jersey Teaching Certificate in Elementary Education
Georgia Teaching Certificate in Elementary Education
Oregon Teaching Certificate in Special Education
Texas Teaching Certificate in Social Studies/History
California Teaching Certificate in Special Education
California Teaching Certificate in English/Language Arts
New York Teaching Certificate in Social Studies/History
Washington Teaching Certificate in Elementary Education
Georgia Teaching Certificate in English/Language Arts
Maryland Teaching Certificate in English/Language Arts
North Carolina Teaching Certificate
New York Teaching Certificate in Elementary Education
8 teachers have a Graduate degree
Doctoral Degree in Special Education from University of Alberta
Doctoral Degree in Sports Management from Concordia University Chicago
Master's Degree in Forensic Science and Technology from Walden University
Master's Degree in Psychology from The Chicago School of Professional Psychology
Master's Degree in Animal Science from The Ohio State University
Master's Degree in International Relations from University of Oklahoma
Master's Degree in Education from City University of Seattle
Master's Degree in Education from Towson University
Master's Degree in Education from Clarkson University
11 teachers have a Bachelor's degree
Bachelor's Degree in Health Services/Allied Health/Health Sciences from University of Florida
Bachelor's Degree in Psychology from Portland State University
Bachelor's Degree in Animal Science from The Ohio State University
Bachelor's Degree in Journalism from Long Island University
Bachelor's Degree in Criminal Justice from Ashford University
Bachelor's Degree in Social Sciences from Florida State University
Bachelor's Degree in Spanish Language and Literature from University of California, Berkeley
Bachelor's Degree in Foreign Language from University of California, Berkeley
Bachelor's Degree in History from SUNY Empire State University
Bachelor's Degree in Education from North Carolina State University
Bachelor's Degree in English Language and Literature from University of Maryland
Bachelor's Degree in Journalism from Bowie State University
Bachelor's Degree in Education from SUNY Cortland
1 teacher has an Associate's degree
Associate's Degree in Theatre Arts from Randolph College for the Performing Arts
See all of our educators teacher video bios:
https://www.canva.com/design/DAGbVl13Znw/TfxGX-w2arMDPvlWtgTaZQ/edit?utm_content=DAGbVl13Znw&utm_campaign=designshare&utm_medium=link2&utm_source=sharebutton
KRISTINA VISNIESKY
I graduated from Cortland State University with a Bachelor's degree in Inclusive Childhood Education and a minor in English Language and Arts. Additionally, I hold a certification in Grades 7-12 English, and I am currently pursuing my Master’s degree in Literacy. Throughout my journey as an educator, I have had the opportunity to work with students across various age groups and learning environments, each experience deepening my passion for teaching and learning.
My teaching career began at a preschool that provided essential support to children with disabilities. Witnessing their growth each day was truly awe-inspiring, and it was here that I developed a profound love for working with these incredible kids. Their resilience and joy taught me valuable lessons about patience, empathy, and the power of education in transforming lives.
I also worked as a substitute teacher in high schools while simultaneously conducting observations at nearby elementary and middle schools. This experience allowed me to interact with students of varying ages and backgrounds, enriching my understanding of the diverse needs and perspectives within the classroom. The opportunity to guide and support students through different stages of their educational journey has been both enjoyable and fulfilling.
My initial interest in teaching was sparked by my involvement with the First Tee Program of Western New York, a remarkable initiative focused on teaching young golf athletes valuable life skills. Beyond the correct golfing techniques, I instilled important values such as perseverance, respect, honesty, and confidence. Witnessing their enthusiasm for these life skills, alongside their intellectual growth, was immensely rewarding and solidified my commitment to becoming an educator.
With a wealth of experience working with students and a deep belief in the transformative power of education, I am confident that I am destined to be an educator. I am passionate about fostering a love of learning in my students, helping them to grow both academically and personally, and making a positive impact on their lives.
Reviews
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