101 cheap budget science experiments for kids

101 cheap budget science experiments for kids

101 cheap budget science experiments for kids

Experiments are what makes learning in science fun! But if you have a strict budget or don’t have the resources, it becomes hard to include experiments regularly in your lessons. So I’ve put together 101 cheap budget science experiments for kids! These cheap science experiments utilise common household items, inexpensive basic lab materials, or items you can get at the dollar store.  These experiments are so much fun to do at home with your kids on rainy days, or to use in a science lab on a low budget.

 

So sit back and relax while I give you 101 budget science experiments you can do with inexpensive materials.

 101 cheap budget science experiments for kids

101 budget science experiments for kids

101 Easy science experiments on a budget

 101 cheap budget science experiments for kids

Chemistry Experiments

Check out these cool science experiments for kids of all ages! Younger children will love the wow factor of these while elementary students can start to explore the reasons behind each chemical reaction. 

  1. Baking Soda and Vinegar Volcano – Classic chemical reaction with baking soda, vinegar, and food coloring. You could do this in a plastic bottle.
  2. Homemade Slime – Use glue, baking soda, and contact lens solution and mix together.
  3. Lemon Volcano – Add baking soda to a halved lemon and watch the fizz.
  4. Magic Milk Experiment – Add drops of food coloring to milk on a plate. Dip a cotton bud in some washing detergent and touch the surface of the milk to watch it swirl!
  5. Color-Changing Cabbage – Test pH by adding vinegar or baking soda to red cabbage water.
  6. Invisible Ink – Write with lemon juice, then use a heat source like a blow dryer to reveal. 
  7. Balloon Inflation – Create carbon dioxide by combining baking soda and vinegar in a bottle with a balloon over the top.
  8. Homemade Bath Bombs – Combine baking soda, citric acid, and essential oils. Compress into balls. 
  9. Exploding Sandwich Bags – Use vinegar and baking soda in sealed bags.
  10. Rock Candy Crystals – Dissolve sugar in hot water to make a saturated solution and let it crystallize on a stick.
  11. Erupting Soap Foam – Microwave a bar of Ivory soap and watch it puff up.
  12. Density Column – Layer different liquids (e.g., honey, oil, water) to explore density.
  13. Rainbow Skittles Experiment – Arrange Skittles in water and watch colors dissolve.
  14. Salt and Ice Experiment – Put salt water with varying amounts of salt in an ice tray and freeze. Take out and observe how salt affects ice melting. 
  15. Baking Soda Rockets – Use baking soda, vinegar, and a plastic film canister.
  16. Floating Egg – Test density with a salted water solution vs normal water with an egg.
  17. Lava Lamp – Mix water, oil, and add an Alka-Seltzer tablet.
  18. Making Butter – Shake heavy cream in a jar until butter forms.
  19. Burning steel wool – Use a long match or a power pack to light the steel wool and watch the metal burn!
  20. Chemical Reactions in a Bag – Mix vinegar, baking soda, and observe gas formation.

 101 cheap budget science experiments for kids

 101 cheap budget science experiments for kids

Physics Experiments

Have fun with these physics experiments using everyday household items! 

  1. Balloon-Powered Car – Make a car powered by a balloon. This can be done even using recycling materials like plastic bottles, bottle caps for wheels, skewers, balloon etc. 
  2. CD Hovercraft – Create a mini-hovercraft using a CD, bottle cap, and balloon.
  3. Spinning Penny in a Balloon – Show centripetal force by spinning a penny inside a balloon.
  4. DIY Periscope – Use mirrors and cardboard to make a periscope.
  5. Static Electricity with Balloons – Rub a balloon on hair and observe static effects.
  6. Floating Paperclip – Test surface tension with a paperclip on water.
  7. Paper Airplane Physics – Test different airplane designs for flight distance.
  8. Gravity Drop Test – Drop items of different masses to observe gravity.
  9. Marble Roller Coaster – Use foam pipe insulation to build a track for marbles.
  10. Inclined Plane Experiment – Test friction by rolling items down ramps with different surfaces.
  11. Magic Spinning Top – Make a top with a pencil and cardboard circle to explore spin.
  12. Water Displacement – Measure how much water objects displace in a bowl.
  13. Straw Rockets – Launch small rockets by blowing through a straw.
  14. Pendulum Swing – Observe pendulum motion with different weights.
  15. Paper Towel Chromatography – Separate ink colors with a strip of paper towel.
  16. Density Ball Drop – Drop balls of different materials to see density effects.
  17. Bottle Flip Science – Test water bottle flipping and the effect of water level.
  18. Water Pressure Straw Fountain – Make a fountain by blowing through a straw underwater.
  19. Siphon Experiment – Use two containers and a straw to demonstrate water flow.
  20. Egg Drop Challenge – Protect an egg with various materials to prevent breaking

 101 cheap budget science experiments for kids 

Cheap biology science experiments

So many of these are a great way to explore kitchen science. 

  1. Regrowing Vegetables – Regrow veggies like green onions in water.
  2. Seed Germination – Observe sprouting seeds in a clear plastic bag.
  3. Apple Browning – Test how lemon juice slows apple oxidation.
  4. Osmosis in Potatoes – Soak potato slices in salt and fresh water.
  5. Yeast and Sugar Balloons – Inflate a balloon using yeast, sugar, and water.
  6. Coloring Flowers – Place white flowers in colored water and observe.
  7. Leaf Rubbing – Create impressions of leaf veins with crayons and paper.
  8. Fingerprint Analysis – Use a pencil and tape to lift fingerprints.
  9. Bread Mold Experiment – Observe mold growth on different types of bread.
  10. Homemade Fossils – Press objects into salt dough and let it dry.
  11. Plant Growth in Light vs. Dark – Compare plant growth in different light conditions.
  12. Dissecting a Flower – Explore flower parts by gently pulling them apart.
  13. DIY Bird Feeder – Attract birds with a homemade feeder.
  14. Build a Biome in a Jar – Create a mini ecosystem with soil, water, and plants.
  15. Banana Ripening – Test how different storage conditions affect ripening.
  16. Making Yogurt – Turn milk into yogurt by adding starter cultures.
  17. Observing Cell Walls – Look at onion cells under a microscope or magnifying glass.
  18. Sun Prints with Leaves – Use construction paper and sunlight to make leaf prints.
  19. Ant Observation – Set up a sugar trail to observe ant behavior.
  20. Potato Battery – Create a simple battery with a potato and pennies.

 101 cheap budget science experiments for kids

Cheap earth science experiments

 

  1. Water Filtration – Build a filter with sand, gravel, and charcoal.
  2. Mini Compost Bin – Make a small compost with organic scraps in a jar.
  3. Homemade Solar Oven – Use a box and foil to create a solar oven.
  4. Rain Gauge – Measure rainfall using a clear container.
  5. Wind Speed Measurement – Make an anemometer with paper cups.
  6. Erosion Experiment – Observe how water affects sand and soil on slopes.
  7. Acid Rain Simulation – Add vinegar to water and observe its effect on plants.
  8. Oil Spill Cleanup – Simulate an oil spill in water and test cleanup methods.
  9. Thermal Insulator Test – Wrap ice cubes in different materials to see which keeps them cold longest.
  10. Evaporation Experiment – Measure water levels in a dish over time.
  11. Water Cycle in a Bag – Create condensation and precipitation in a sealed bag.
  12. DIY Barometer – Use a balloon and jar to make a simple barometer.
  13. Floating Garden – Grow small plants on a sponge to mimic a hydroponic system.
  14. Acid-Base Indicators – Use cabbage juice to test rainwater pH.
  15. Soil Testing – Compare water absorption and plant growth in different soil types.
  16. Build a Mini Greenhouse – Use a plastic bag to create a greenhouse for plants.
  17. Observing Decomposition – Track how different materials decompose in soil.
  18. Temperature and Plant Growth – Test how plants grow in various temperatures.
  19. DIY Thermometer – Make a thermometer with water, alcohol, and food coloring.
  20. Rainwater Collection – Set up a collection system and measure rain volume.

 101 cheap budget science experiments for kids

 STEM Experiments

  1. Marble Maze – Design a maze for marbles with cardboard.
  2. Tower Challenge – Build the tallest tower with marshmallows and spaghetti.
  3. Bridge Building – Create bridges with popsicle sticks or straws and test strength.
  4. Parachute Challenge – Design a parachute to carry a small object.
  5. Paper Cup Phone – Build a “phone” with string and cups to explore sound.
  6. Water Wheel – Create a simple water wheel with plastic cups and observe its rotation.
  7. Wind Turbine Model – Design a model turbine that spins in the wind.
  8. Paper Structure Test – Test the strength of different paper shapes.
  9. Balloon Helicopter – Use balloons and straws to create a spinning “helicopter.”
  10. Egg Parachute – Build a parachute to protect an egg from breaking.

 101 cheap budget science experiments for kids

Simple Science Explorations

  1. Leaf Colors in Fall – Collect leaves and observe color changes.
  2. Weathering Rocks – Place rocks in water, vinegar, etc., to observe effects.
  3. Sound Waves with Rubber Band Guitar – Stretch rubber bands over a box to make sounds.
  4. Homemade Compass – Float a magnetized needle on water to create a compass.
  5. Testing Magnet Strength – Use various magnets to lift different weights.
  6. Bubble Blowing with Different Liquids – Test bubble solutions using soap and water.
  7. Exploring Shadows – Observe how shadows change during the day.
  8. Hot vs. Cold Water Density – Add food coloring to cold and warm water to observe density differences.
  9. Sink or Float – Test the buoyancy of different objects.
  10. Mirror Reflections – Experiment with mirrors to explore reflections.
  11. Growing Crystals – grow crystals using saturated copper sulfate solution or alternatively a saturated salt water solution and string. Soak the string in the solution and leave it to dry and crystalise!

 101 cheap budget science experiments for kids

Conclusion

Never underestimate the power of an easy experiment. Engage students with these 101 budget science experiments using household ingredients and common household materials.

 101 cheap budget science experiments for kids

Note: Always consult your school’s specific experiment and risk assessment guidelines and policies, and seek guidance from experienced colleagues or administrators when in doubt about safety protocols.

About the Author

the animated teacher

Station activities for middle school

25 Best science thanksgiving activities for middle school

25 Best science thanksgiving activities for middle school

25 Best science thanksgiving activities for middle school

Attention science teachers! Get into the Thanksgiving holiday season with your science class with these fun science activities. November is the perfect time to explore scientific concepts with a twist. 

So sit back and relax while I give you 25 best science thanksgiving activities for middle school.

25 best science thanksgiving activities for middle school 

Best science thanksgiving activities for middle school

Thanksgiving Science Experiments

These simple science experiments are the perfect way to still cover scientific concepts while keeping in theme with the Thanksgiving season.

25 best science thanksgiving activities for middle school  

  • Pumpkin Volcano: Create a classic chemical reaction using vinegar and baking soda, disguised as a festive pumpkin eruption.
  • Pumpkin Seed Germination: Track the growth of pumpkin seeds under different conditions (light, dark, water, no water) to understand the factors affecting germination.
  • Leaf Chromatography: Separate the pigments in colorful fall leaves to learn about photosynthesis.
  • Food Miles Investigation: Calculate the distance food travels to reach your Thanksgiving table and discuss the environmental impact of food transportation.
  • Thanksgiving Leftover Science: Explore the science behind food preservation and spoilage by observing the changes in leftover food over time.
  • Turkey Tiredness Myth: Research the science behind the myth that turkey makes you sleepy and design an experiment to test it.
  • Cranberry Science: Test the pH of cranberry juice by adding different household substances (e.g., baking soda, vinegar, lemon juice) and observe color changes.
  • Pumpkin Oobleck: Create a non-Newtonian fluid using cornstarch, water, and pumpkin spice (or pumpkin puree for color), and explore its solid and liquid properties. Alternatively, make cranberry slime with cranberry sauce for color! 
  • Thanksgiving density layers: Layer liquids of different densities (e.g., corn syrup, dish soap, water, vegetable oil, rubbing alcohol) in Thanksgiving colors (using food coloring), and observe how they stack.
  • Make corn starch plastic: Make bioplastic using cornstarch, water, and vinegar, then mold it into small autumn-themed items (like leaves or pumpkins).
  • Balloon rockets turkey activity: Attach paper “turkey feathers” to inflated balloons and have students race them on strings across the room to see whose turkey flies the fastest.
  • Floating Thanksgiving dinner: Test different Thanksgiving foods (dried cranberries, corn kernels, pieces of pumpkin, etc.) to see which sink or float in water.
  • Butter making: Shake heavy cream in a sealed jar until it turns to butter, exploring the science behind emulsions and physical changes.
  • Popcorn popping: Test how different temperatures and methods (e.g., stovetop, microwave) affect the popping efficiency of popcorn kernels.

25 best science thanksgiving activities for middle school 

Thanksgiving Stem Activities

Thanksgiving is the perfect opportunity to introduce a themed stem challenge for your middle school students! These thanksgiving stem challenges are easy to set up and require minimal materials.

25 best science thanksgiving activities for middle school  

  • Turkey Trap Challenge: Design a device to safely “trap” a runaway turkey (a small plush or paper turkey) using only provided materials like popsicle sticks, rubber bands, string, and cardboard.
  • Build the Mayflower Boat: Using tinfoil, craft sticks, and plastic, build a mini Mayflower boat that can carry the most “pilgrim” pennies across a basin of water without sinking.
  • Thanksgiving Table Towers: Using materials such as toothpicks and mini marshmallows, challenge students to build the tallest stable tower that could “hold” a mini pumpkin on top.
  • Thanksgiving Dinner Delivery Zipline: Create a zipline system to transport a small “Thanksgiving meal” (e.g. a plastic spoon with a mini pumpkin or candy corn) from one side of the classroom to the other.
  • Pumpkin Catapult Contest: Build a mini catapult using popsicle sticks, rubber bands, and a spoon to launch candy pumpkins as far as possible. Test and refine designs for maximum distance.
  • Cranberry Bridge Building: Construct a bridge using cranberries and toothpicks that can hold the most weight (using pennies or other small weights) before breaking.
  • Parade Float Challenge: Design and build a “parade float” for a Thanksgiving-themed parade using recycled materials, with wheels that actually roll. The float should be able to travel a set distance.

Which stem activity is your favorite?

25 best science thanksgiving activities for middle school  

Science Thanksgiving Activities for middle schoolers

Give your lesson plans a little thanksgiving flavor with these low prep thanksgiving worksheets, escape rooms and games. 

25 best science thanksgiving activities for middle school  

1. Thanksgiving Digital Escape Room – Scientific Method

Want a fun Thanksgiving science activity that is zero prep? This Thanksgiving scientific method digital escape room has you covered! No matter what topic you are up to in your science curriculum, it is always relevant to review the scientific method.

This engaging Thanksgiving digital escape room is suitable for years 6, 7 and 8.

 

Understanding the scientific method is so crucial for students continuing to study science in later years. This Thanksgiving science escape room provides an interactive way to revise their understanding of the scientific method.

 

Why use this digital escape room for Thanksgiving?

1. It is zero prep! Just share the link with students and away they go!

2. It is a fun and engaging way for students to review content.

3. It builds student skills in problem-solving, critical thinking, and collaboration.

4. It can be used in many environments, including in the classroom, online learning, homeschooling, and distance education.

5. Full teacher answers included.

6. Its Thanksgiving theme will keep in theme for your lesson!

From secret messages to decoding and mazes, digital escape rooms are always so much fun!

Purchase the thanksgiving science activities bundle for middle school here.

25 best science thanksgiving activities for middle school  

2. Thanksgiving Digital Escape Room – Measurement

Want a fun way to review science measurement that is zero prep? This Thanksgiving science measurement digital escape room has you covered! No matter what topic you are up to in your science curriculum, it is always relevant to review science measurement and the metric system.

 

This engaging Thanksgiving science digital escape room is suitable for years 7, 8, and 9.

 

Understanding the measurement in science is so crucial for students continuing to study science in later years. This Thanksgiving science escape room provides an interactive way to revise their understanding of scientific measurement and the metric system.

 

Why use this science measurement digital escape room?

1. It is zero prep! Just share the link with students and away they go!

2. It is a fun activity and an engaging way for students to review content.

3. It builds student skills in problem-solving, critical thinking, and collaboration.

4. It can be used in a wide range of environments including in the classroom, online learning, homeschooling, and distance education.

5. It is self-marking.

6. Full teacher answers included.

7. Its Thanksgiving theme will keep in theme for your lesson or provide some extra fun at any time of year!

25 best science thanksgiving activities for middle school  

3. Science Thanksgiving Worksheet Scientific Variables

Struggling to incorporate Thanksgiving into your science lessons? This Science Thanksgiving Worksheet on scientific variables is perfect! In this engaging activity, students will explore and identify the independent variable, dependent variable and controlled variables for a series of Thanksgiving themed scenarios. This worksheet is perfect for middle school science students, combining fun with scientific variables!

 

Science Variables Thanksgiving Worksheet Features:

  • 3 student activity pages of 10 thrilling scenarios
  • Printable PDF version for traditional classroom use.
  • Digital version for online use.
  • Teacher answer key for easy grading and assessment.

 

4. Thanksgiving 2-player racing games

Want a fun, no-prep science Thanksgiving activity to help students review key terms for the scientific method and branches of science? These THREE engaging digital 2-player racing games are perfect for helping students revise the scientific method and the various branches of science. Suitable for years 6, 7, and 8. 

Each game contains a set of definitions or descriptions and students must fill in the key term for each one. Each correct answer (in any order) will move their image upwards. The player who answers all questions correctly first and gets their thanksgiving character to the top, wins. 

 

Why use science thanksgiving activity 2-player race games?

1. They are zero prep! Just share the link with students and away they go!

2. They are self-marking which means no marking for you!

3. They are fun and engaging for students.

4. They can be used in many environments, including in the classroom, online learning, homeschooling, and distance education.

5. Full teacher answers included.

25 best science thanksgiving activities for middle school 

 

Conclusion

November is the perfect time to explore scientific concepts with a twist. These 25 best science thanksgiving activities for middle school are low prep, fun and work with the thanksgiving theme!

25 best science thanksgiving activities for middle school 

Note: Always consult your school’s specific internet usage guidelines and policies, and seek guidance from experienced colleagues or administrators when in doubt about safety protocols.

About the Author

the animated teacher

Station activities for middle school

10 easy differentiation ideas using AI tools for teachers

10 easy differentiation ideas using AI tools for teachers

10 easy differentiation ideas using AI tools for teachers

Trying to differentiate different learning experiences for your students can be an overwhelming endeavour with everything else on your plate! AI-powered platforms such as Google’s Gemini AI or ChatGPT, can make differentiation easy by helping generate content for resources or coming up with different approaches and new ideas for how to make learning accessible for each individual student. Let me save you time with these easy differentiation ideas using AI tools!

 

While the use of artificial intelligence can be a contentious subject in education, i am a firm believer in working smarter, not harder. AI provides access to different ways of differentiating that we would not otherwise have the time to consider as a classroom teacher. These ideas and prompts provide new ways to differentiate that are easy to work into your normal lesson planning without adding extra work. 

Who would’ve thought we could utilise AI as a differentiation tool?! 

Differentiation ideas using AI for teachers

easy differentiation ideas for teachers using AI tools

Prompts and easy differentiation ideas for teachers using AI tools

 

Tips for writing AI prompts for differentiation:

  • Be specific – don’t ask open-ended prompts, rather be as specific as possible.

  • Include the age of the students or the grade you want it to be aimed for.

  • Ask to regenerate with additional prompts

  • Always fact check content that is generated directly from AI

  • Ask a series of prompts rather than all at once (particularly if asking to generate passage type content – get it right first before asking it to generate questions etc).

Differentiation ideas using AI for teachers 

The below prompts have been written for specific grade levels and subjects as an example, but you can tailor them to suit all grade levels and different subjects to suit the diverse learners in your context.

Differentiation ideas using AI for teachers 

Differentiation of the content

Ensuring each student starts where they need to. Here are some of the best ways to differentiate the content with AI. 

1. Reading levels: By providing different reading levels for reading passages, you will be able to make it accessible to all your students. Generative AI makes this possible quickly and effortlessly for you! You can either provide the passage if you have a resource you like and ask it to change the reading level, or ask it to generate the passage for you. 

Example Prompt: This passage has been written at a grade 9 reading level. Adjust the following passage to be suitable for a grade 7 reading level and then a grade 11 reading level. 

Differentiation ideas using AI for teachers 

2. Then… Differentiated cloze passages

For each of the passages above you could turn them into cloze passages or just do it for the grade 9 reading level as an extra extension. 

Prompt: Turn the following into a cloze passage replacing key words with underscores that replace the missing words. Provide a word bank of the missing words.

 

3. Differentiated questions

Example 1: Comprehension

Prompt: For the following article, create differentiated questions at three different levels (easy, medium and hard). For the easy level, only include comprehension questions. For the medium and hard levels include a couple of critical thinking or open-ended questions. Each level needs to have 10 questions total. This resource will be used with grade 7 science students.

Example 2: Math calculations

Prompt: For the topic, pythagoras theorem, create a list of calculation questions at 4 different levels of difficulty. Each level needs to have 10 questions. Use language and content suitable for grade 7 or 8 math students.

 

4. Generate a glossary of key terms

Prompt: Generate a glossary for the following key terms at three levels of differentiation.

Kinetic energy, potential energy, gravitational potential energy, elastic potential energy, chemical potential energy, mechanical energy, light energy, heat energy, 

 

5. Create printable worksheets

Prompt: Generate content for 3 worksheets given the following information:

Worksheet 1

Subject: Science

Grade Level: 7

Topic: Classification of living things

Difficulty Level: Easy

Number of Questions: 10

 

Worksheet 2

Subject: Science

Grade Level: 7

Topic: Classification of living things

Difficulty Level: Medium

Number of Questions: 10

 

Worksheet 3

Subject: Science

Grade Level: 7

Topic: Classification of living things

Difficulty Level: Hard

Number of Questions: 10

 

Other prompt ideas:

  • Could also add: types of questions (e.g. MC, short answer, cloze passage, mix and match)

  • Also ask for it to generate teacher answer keys. This is also a good way for AI to check for its own mistakes.

  • Note: cannot generate a pdf directly but can be copied and pasted into a word doc etc.

Differentiation ideas using AI for teachers 

6. Come up with differentiation options for specific lessons

Prompt: Design a lesson plan suitable for a grade 7 science class on the topic of states of matter. Provide differentiation options. Make it super low prep with limited materials.

Prompt: Design a sub lesson plan suitable for a grade 7 science class on the topic of states of matter. Provide differentiation options. Make it super low prep with limited materials. Write the sub lesson assuming the sub teacher has no knowledge of the subject matter.

Differentiation ideas using AI for teachers 

Differentiation of the process

Changing the method for how students engage with the learning. Changing the way students engage with their own learning can help to meet the diverse learning needs in the class as well as increase student engagement.

Differentiation ideas using AI for teachers

7. Provide sentence starters / sub headings / websites

Prompt #1: For the following question, provide a range of sentence starters to help students get started.

Discuss the impact of plastic pollution on marine ecosystems and the animals that live there.

Prompt #2: For the following question, provide a range of sub headings help students get started and organise their information.

Discuss the impact of plastic pollution on marine ecosystems and the animals that live there.

Prompt #3: For the following question, provide a range of reliable websites that are relevant and suitable for a grade 7 student to help them source correct information.

Discuss the impact of plastic pollution on marine ecosystems and the animals that live there.

Differentiation ideas using AI for teachers 

8. Provide a scaffold 

Constructing a scaffold for longer questions or assessment tasks can take a significant amount of time. A.I tools can help to do this within a few seconds. While you may like to edit the responses, it means you aren’t starting from scratch. 

Prompt: The following is a question for a year 11 chemistry assignment. Provide a scaffold to assist a student to complete this task in a logical and organised manner.

 

9. Provide step by step instructions 

In the realm of education, there are many areas you can provide instructions for, whether it be how to answer a type of question, how to go about completing an assessment task or how to complete regular class content. By breaking down instructions into steps, students who struggle with processing and students with special needs will be able to access the content more easily. 

 

Prompt #1: Provide step by step instructions for a student to help them attack this problem solving question: 

A right angled triangle has adjacent sides measuring at 3.3cm and 5.4cm. Calculate the length of the hypotenuse.

Prompt #2: Provide a scaffold for a student to help them design their own experiment to test how the concentration of hydrochloric acid affects the rate of reaction with magnesium. 

Prompt #3: Provide step by step instructions for a student to help them attempt this assessment task question: “Discuss the impact of the Industrial Revolution on society during the 18th and 19th centuries. In your response, consider how technological advancements, changes in the economy, and shifts in social structure influenced people’s daily lives. Include specific examples of both positive and negative effects, and explain how different groups of people (such as factory workers, business owners, and women) were affected by these changes.” Differentiation ideas using AI for teachers

 

10. Differentiation of assessment

AI technology can be used to help differentiate assessment tasks. 

Prompt 1: construct a take home assessment task / project suitable for grade 8 science to cover this syllabus point: ‘Explain how a disorder or disease affecting the components of a body system, or the removal of any component in the body system, impacts on the overall functioning of the system and the organism as a whole’. 

Include differentiation options.

Prompt 2: Create a complete marking rubric for the above assessment task that takes into account the differentiation options. The rubric should have 5 columns with criteria for what an answer at each grade level (A, B, C, D, E) looks like.

Differentiation ideas using AI for teachers 

Other ideas to help save time using AI tools:

  • Assessment design

  • Differentiate the product ideas

  • Generating assessment ideas for students at various levels

  •  Use AI in real time to come up with ideas for early finishers 

  • Report comments 

  • Sub lesson plans

  • Addressing specific disabilities

  • Extension options – specific topics for more depth etc.

  • Administrative tasks e.g. email writing

Differentiation ideas using AI for teachers

Conclusion

Artificial intelligence tools are here to stay and can play a significant role in saving us time as classroom teachers. AI can help us support our struggling students and make the learning process accessible to all students. While I hope artificial intelligence will never replace human intelligence in the classroom, it can offer us assistance in our roles as educators. 

Differentiation ideas using AI for teachers

Note: Always consult your school’s specific internet usage guidelines and policies, and seek guidance from experienced colleagues or administrators when in doubt about safety protocols.

About the Author

the animated teacher

Station activities for middle school

15 best dry ice halloween experiments and display ideas

15 best dry ice halloween experiments and display ideas

15 best dry ice halloween experiments and display ideas

Dry ice is so much fun, and its smoky effect is perfect to create spooky fog for a Halloween themed lesson! 

So grab a coffee and sit back and relax while I give you 15 halloween experiments and display ideas to spook up your lessons this Halloween! 

dry ice halloween experiments and display ideas

dry ice halloween experiments and display ideas

Disclaimer: This blog post, ‘dry ice halloween experiments and display ideas, may contain links to resources that I have created for classroom use. Read full disclaimer here. activ

Background about Dry Ice:

Dry ice is the solid form of carbon dioxide (CO₂). It’s called ‘dry’ because it doesn’t melt into a liquid as regular ice does; instead, dry ice sublimates, meaning it turns directly from a solid into a gas at temperatures above -78.5°C (-109.3°F). This sublimation process produces a cold, dense fog, which is why dry ice is often used in fog machines for theatrical effects.

Solid carbon dioxide is much colder than regular ice, which makes it useful for preserving food, medical supplies, and other perishable items during shipping. However, because it releases carbon dioxide gas as it sublimates, it needs to be handled in well-ventilated areas to prevent the buildup of CO₂, which can be dangerous in high concentrations.

Additionally, due to its extremely low temperature, handling dry ice requires protective gloves to prevent frostbite.

dry ice halloween experiments and display ideas

dry ice halloween experiments / demonstrations:

Science experiments are a great way to engage students and take advantage of the wonder of dry ice!

1. Comparing Dry Ice and Regular Ice: Have students compare their observations of regular water ice and a small piece of dry ice.

2. Dry Ice In Water: Put a small amount of dry ice in some water.

3. Bubbles of Dry Ice: Add some dish soap to water and add some dry ice.

4. Floating Bubbles: Put some dry ice in water in a fish tank or large container. Blow some normal bubbles over the top and see them float on the top of the dry ice.

5. Balloon: Put water and dry ice in the bottom of a bottle and place a balloon over the top. Once the balloon is full of gas, tie it up and compare to a normal balloon.

6. Indicator: In a beaker of water place a squirt of universal indicator. Then add some dry ice and watch the color changes.

7. Trapped gas: Find a small bowl or cylinder with a round rim (no spout). Soak a paper towel in some detergent and water. In the bowl add water and the dry ice and then run the soaked paper towel over the rim of the dish of water to create a bubble that traps the dry ice.

8. Food Dye: Put food coloring in water and ask students whether or not the gas will be colored or not. Then add the dry ice and observe.

9. Compare steam and carbon dioxide gas: Have students compare the carbon dioxide gas and steam.

dry ice halloween experiments and display ideas

Halloween decoration suggestions:

The spectacular fog effects of dry ice make it perfect to create a spooky classroom atmosphere for Halloween festivities.

1. Jack O’Lantern: Cut out a pumpkin and put a beaker of water with dry ice inside to create a spooky halloween display using the dry ice fog effects!

2. Witch’s cauldron: Add green food dye to water and add dry ice in a witches cauldron for special effects

3. Smoking drinks: Our soft drinks are made up of carbon dioxide gas in water, there is no harm in having a little bit of dry ice in some smoking drinks! CAUTION: be sure no one ingests any solid carbon dioxide. Alternatively, use the double bowl method as described for the halloween punch below.

4. Smoking candy bowl: Place a smaller bowl inside a large one. Put the candy in the smaller bowl, and dry ice with water in the surrounding area. The spooky dry ice fog will flow out from under the candy, making it look like the treats are floating in mist.

5. Graveyard mist: Distribute dry ice in shallow dishes or trays hidden among tombstones or under faux grass in a graveyard scene. Add warm water when the fog starts to subside. The low-lying fog will create a extra spooky vibe.

6. Halloween Punch: Place a smaller bowl inside a larger punch bowl. Put the punch in the inner bowl and the dry ice in the water in the larger bowl. 

 

Who knew that plain old carbon dioxide could be so fun?!

dry ice halloween experiments and display ideas

Dry Ice Safety Tips:

While dry ice is great fun, it is important to take care when handling. 

1. Never touch dry ice with your bare hands or let it touch bare skin. Always use tongs or heavy duty gloves to avoid frostbite or terrible burns.

2. Keep the dry ice in the styrofoam container until ready to use.

3. Use small pieces of dry ice. 

4. Use in a well-ventilated area. The carbon dioxide gas that is produced as it sublimates can cause suffocation in small spaces.

5. Store dry ice in a well-insulated container but do not seal it tightly, as the pressure build-up from sublimating CO₂ could cause the container to burst.

6. Never ingest dry ice or place it directly in your mouth, as it can cause severe internal burns.

7. For disposal – allow dry ice to sublimate in a well-ventilated area, away from people and pets. Do not dispose of dry ice in sinks, toilets, or trash cans, as it can cause damage.

8. Teach your students the risks of touching dry ice.

9. Always keep out of reach of small children and follow proper safety precautions.

 

Note: Because dry ice sublimates, you will need to use the dry ice on the day or day after you get it delivered or it will disappear quickly.

 

RISK ASSESSMENT: 

Make sure you follow your school’s protocol and carry out your own risk assessment.

dry ice halloween experiments and display ideas

Conclusion

Dry ice halloween experiments are a great way to engage students and create a spooky atmosphere!

So make your Halloween lesson spooky with the above dry ice halloween experiments and demonstrations, and don’t forget to order some extra dry ice to create some spooky decorations!

Note: Always consult your school’s specific safety guidelines and policies, and seek guidance from experienced colleagues or administrators when in doubt about safety protocols.

dry ice halloween experiments and display ideas

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Spring break guide for teachers

Best 7th grade scientific method worksheets and activities

Best 7th grade scientific method worksheets and activities

Best 7th grade scientific method worksheets and activities

I always felt like such a bad teacher when I would pull out the textbook or more boring worksheets for my class to complete.

So… I designed, trialled, re-designed, trialled, and re-designed my own 7th grade scientific method worksheets until I had some that I was both proud to hand out and that my students actually enjoyed completing!

In this blog post, you will be introduced a range of engaging 7th grade scientific method worksheets and activities to help students learn and consolidate understanding of the scientific method.

7th grade scientific method worksheets and activities

7th grade scientific method worksheets

Why teach the scientific method in 7th grade?

 

So, why do we teach the scientific method to seventh graders? Well, let’s break it down. Picture yourself back in seventh grade – awkward, curious, and trying to make sense of the world. That’s where the scientific method swoops in like a superhero to save the day!

First off, the scientific method isn’t just some boring formula scientists use; it’s a mindset, a way of thinking. It’s about asking questions, making observations, and testing ideas to find answers. And trust me, in the chaos of adolescence, having a structured approach to figuring things out is like having a secret weapon.

 

Seventh grade is this magical time when kids start to really question things. Like, why is the sky blue? How do plants grow? Why do cats always land on their feet? Teaching the scientific method at this age gives them the tools to investigate these mysteries on their own. It’s empowering, you know?

Plus, let’s not forget about critical thinking. In today’s world, where information comes at us faster than ever, being able to sift through the noise and separate fact from fiction is crucial. The scientific method teaches kids to be skeptical, to ask for evidence, and to draw their own conclusions based on data – skills that’ll serve them well for life, not just in science class.

 

And let’s not overlook the hands-on aspect. Seventh graders are all about getting their hands dirty (literally sometimes), so why not let them dive into experiments and see science in action? Whether it’s mixing chemicals in a lab or planting seeds in the garden, the scientific method makes learning tangible and, dare I say, fun.

7th grade scientific method worksheets and activities

What needs to be taught for the scientific method in 7th grade?

7th grade scientific method worksheets and activities

In seventh grade, introducing the scientific method involves focusing on its core components in a way that’s engaging and accessible to students. Here’s a breakdown of the key aspects that should be taught:

1. Observation: Teach students how to keenly observe the world around them. Encourage them to use their senses to gather information and notice patterns or anomalies. Simple exercises like observing the behavior of animals or changes in weather can kickstart their observation skills.

2. Questioning: Foster a culture of curiosity by encouraging students to ask questions about what they observe. Teach them how to formulate clear and testable questions that can be investigated scientifically. For instance, why does a candle flame flicker? How does the amount of sunlight affect plant growth?

3. Hypothesis: Help students understand the concept of a hypothesis – a tentative explanation or prediction based on observations and prior knowledge. Show them how to make educated guesses about the outcomes of their investigations. Encourage them to use “if…then” statements to articulate their hypotheses.

4. Experimentation: Introduce the idea of designing experiments to test hypotheses. Teach students how to identify variables (independent, dependent, and controlled), how to include a control group, and how to set up fair tests to collect data. Hands-on activities and simple experiments can bring this aspect to life, allowing students to see the scientific method in action.

5. Data Collection and Data Analysis: Guide students in collecting data using appropriate tools and methods. Teach them how to record their observations systematically and accurately. In particular, it is important that students know how to graph results in an appropriate style of graph for the data collected. Show them how to organize data in tables or charts and analyze patterns to draw conclusions.

6. Conclusion: Emphasize the importance of drawing conclusions based on evidence gathered during experimentation. Encourage students to reflect on their findings and assess whether they support or refute their hypotheses. Teach them to communicate their conclusions clearly and objectively.

7. Iteration: Highlight that science is an ongoing process of inquiry and discovery. Teach students that it’s okay if their hypotheses are not supported by initial experiments – that’s how science works! Encourage them to revise their hypotheses and design new experiments to further investigate their questions.

7th grade scientific method worksheets and activities

Check out these awesome 7th grade scientific method worksheets that incorporate fun scenarios, colorful clipart and challenging activities to keep students engaged.

7th grade scientific method worksheets and activities

7th grade scientific method worksheets 

1. Scientific method booklet (teacher & student) – This is a great way to structure your lessons and work your way through the scientific method.

2. Scientific variables worksheet (dragon themed) – students often have trouble identifying the different types of variables. This is a fun way for students to practice this skill.

3. Scientific variables worksheet (valentine’s day themed) – this worksheet has 10 fun valentines day scenarios for students to identify the dependent, independent and controlled variables.

4. Scientific variables worksheet (halloween themed) – practice identifying variables with these spooky scenarios!

5. Scientific method color by number this is an easy activity to print and give your students for review or to have as an early finisher activity.

6. Scientific method crosswordthis is another easy activity to print and give your students for review or to have as an early finisher activity.

7. FREE scientific method posters – Free printable posters to put up around your room!

7th grade scientific method worksheets and activities

7th grade scientific method activities 

8. Scientific method escape room – review key terms and skills for the scientific method with an escape room!

9. Scientific method 2-player racing game – get your students’ competitive nature going with this two player racing game!

10. Lab safety escape rooma key component of the scientific method, and being able to carry out their own experiments, is that they can work in the lab safely. Make it fun with this escape room!

11. Graphing skills escape room – review key skills for graphing in science with an escape room!

12. Following instructions rainbow lab – this is a great way to introduce the scientific method and the importance of following instructions and measuring accurately.

​13.Scientific Method Bundlegrab a heap of the scientific method resources with a huge discount in this bundle!

Note: ​the above resources are suitable for 6th grade, 7th grade and 8th grade.

7th grade scientific method worksheets and activities

Conclusion

 Knowledge of the scientific method is crucial for students to be able to conduct their own scientific investigations in order to answer a scientific question.

These 7th grade scientific method worksheets and activities are a far stretch from the normal, boring classroom resources.

Using these types of activities also play a part in helping students develop understanding of the real world applications of the scientific method. 

7th grade scientific method worksheets and activities

Note: Always consult your school’s specific safety guidelines and policies, and seek guidance from experienced colleagues or administrators when in doubt about safety protocols.

About the Author

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Station activities for middle school

10 FREE Digital Resources for Middle School Science

10 FREE Digital Resources for Middle School Science

10 FREE Digital Resources for Middle School Science

In today’s digital age, the integration of technology in education has become necessary. In this blog post, I’ve curated a list of 10 FREE digital resources for middle school science that have scientifically accurate information, amazing visual representation of difficult concepts, and an interactive nature.

Spring break guide for teachers

free digital resources for middle school science

Digital resources for middle school science

1. PhET Interactive Simulations

PhET Interactive Simulations provides a vast collection of free, research-based interactive math and science simulations. Covering topics from physics to biology, these simulations allow students to explore and experiment with various scientific phenomena in a virtual environment.

2. Google Earth for Education

Google Earth for Education takes geography to a whole new level by providing a platform for virtual exploration of the world. Science teachers can use this tool to create custom tours, explore ecosystems, and even examine geological features from satellite imagery.

3. Biodigital Human

The Biodigital Human platform is a 3D interactive visualization tool that allows students to explore the human body in detail. This resource is invaluable for teaching anatomy, physiology, and health-related topics.

digital resources for middle school science  

4. National Geographic Education

National Geographic Education offers a wealth of resources for science educators, including lesson plans, maps, videos, and interactive features. It’s an excellent source for incorporating real-world examples and exploration into your lessons.

5. NASA’s Eyes on the Solar System

NASA’s Eyes on the Solar System is a powerful visualization tool that allows users to explore the cosmos in real-time. Teachers can use this resource to take their students on virtual tours of the solar system and beyond.

6. Edpuzzle

Edpuzzle is an innovative platform that allows teachers to turn any video into an interactive lesson. You can add questions, quizzes, and comments to videos, ensuring that students are actively engaged with the content.

7. Quizlet

Quizlet is a versatile learning platform that offers tools for creating flashcards, quizzes, and interactive games. Science teachers can use Quizlet to reinforce vocabulary, concepts, and processes in an engaging and effective manner.

digital resources for middle school science  

8. Virtual science teachers

Virtual science teachers provides a whole range of free simulations and lessons suitable for middle school science.

 

9. The Royal Society

The Royal Society has a selection of online science games aimed at middle school science. These add some variety and fun into science lessons while still engaging students in the content.

 

10. Wolfram

Wolfram has a range of free virtual labs for high school physics, chemistry and biology.

 

 

You may also like my blog post on 15 free virtual dissection labs

digital resources for middle school science  

Conclusion

Incorporating these digital resources for middle school science can breathe new life into your lessons and provide students with dynamic, interactive learning experiences. 

digital resources for middle school science  

About the Author

the animated teacher photo logo

Spring break guide for teachers