Welcome to a world of play-based and inquiry-based learning! Today, we will explore 9 different ways our brains are smart (Howard Gardner's Multiple Intelligences) through hands-on experiments.
Student Name: _______________________ Age: _____
Is the student excited to begin? (Check one)
Using the Electronic Snap Circuit Kit, let's explore solar, chemical (battery), and kinetic energy. Minimal guidance—let them explore!
Focus: Snapping pieces together to make the light turn on. Talk about "Energy" (ශක්තිය). Let them feel the fan spin.
Focus: Build simple series and parallel paths. Make the motor rotate in both directions by swapping connections.
Focus: Integrate solar panels and sensors. Discuss how chemical energy in batteries converts to kinetic/light energy.
Did the student successfully complete a circuit?
Level of curiosity about how it works:
Learn to use a test tube and pipette. Mix baking soda with vinegar/citric acid. Watch the gas pressure build and POP the lid!
Focus: Squeezing the pipette (fine motor skills). Listening for the "POP" sound. Musical
Focus: Measuring the right amounts. Observing bubbles (gas being born).
Focus: Understanding the chemical equation (Acid + Base = CO2 Gas). Discussing pressure.
How well did they handle the pipette & test tube?
Reaction to the "POP" (Gas pressure):
Mix coconut oil, baking soda, and colored citric acid in a test tube. Use observation (watch) glasses to look closely at the beautiful rising bubbles.
Focus: Identifying colors and pointing out the moving bubbles. Spatial
Focus: Using the watch glasses properly. Asking why oil and water/acid don't mix.
Focus: Density (ඝනත්වය) and polarity concepts. Why do the bubbles go up and then sink back down?
Did the student describe what they saw?
Fascination with visual/spatial changes:
Using the microscope camera, we will look closely at our hands and nails. We learn how lenses work and why washing hands and trimming nails is important.
Focus: Looking at the screen. Learning the habit of washing hands. Intrapersonal
Focus: Finding dirt under nails. Understanding that tiny things exist even if we can't see them with normal eyes.
Focus: Optics of the microscope. Biology of skin cells and germs. Naturalist
Understanding of personal hygiene after observation:
Interest in the microscopic natural world:
Watch the hologram fan spin fast to create floating videos! Learn how our eyes are tricked (Persistence of Vision) and how light creates images.
Focus: Experiencing wonder. Trying to "catch" the light (safety first!). Spatial
Focus: Understanding that it's just spinning LEDs, not magic. Discussing optical illusions.
Focus: Refresh rates, persistence of vision, and how 3D space is mapped by light.
Reaction to the illusion (Existential/Wonder):
Did they ask "How" it works?
Using a mini Tesla coil, watch sparks fly to a scissor blade (conductor) while the plastic handle keeps us safe (insulator). Watch a light bulb turn on without wires!
Focus: Seeing the glowing bulb in the air. Learning the word "Danger/Safe".
Focus: Identifying conductors (metal) vs. insulators (plastic). Seeing the purple sparks. Logical-Math
Focus: Electromagnetic fields. How wireless power transmission works.
Understanding of Conductors vs. Insulators:
Awareness of electrical safety:
Mix aluminum foil, caustic soda, and water. Feel the bottle get warm (Exothermic Reaction). Watch the balloon fill with super-light Hydrogen gas!
Focus: Touching the warm glass (safely). Watching the balloon grow big.
Focus: Feeling heat from a reaction (Exothermic). Understanding that gas takes up space and has weight (or lack thereof).
Focus: Chemical formula generation of H2 gas. Why H2 is lighter than ambient air (density).
Observation of Exothermic reaction (heat):
Concept grasp: Gas is lighter than air:
Taking our Hydrogen balloon outside. Kids often want to say "This is mine!" (Attachment). Today, we learn that releasing it to the sky and watching it fly away brings a shared, beautiful joy.
Focus: Saying "Bye-bye balloon!" Dealing with the immediate sadness and turning it into a smile.
Focus: Sharing the countdown. Understanding that letting go is an action we chose to do together. Interpersonal
Focus: Deeper reflection on attachment vs. freedom. Finding joy in the process rather than possession. Intrapersonal
Emotional reaction to letting the balloon go:
Did they share the experience with peers (teamwork/bonding)?
Let's take the motor and battery pack from our Snap Circuits, attach an eraser to make it off-balance, and tape it to a brush. The vibration makes it move!
Focus: Feeling the vibration. Watching the robot dance on the table. Bodily-Kinesthetic
Focus: Taping the components together securely. Adjusting the eraser to change how it dances.
Focus: Physics of vibration and center of mass. Engineering design improvements.
Based on today's 3-hour session, where did the student shine the most? (Mark top 2)
Overall Day 1 Rating for Curiosity & Inquiry:
Educator Notes: ___________________________________________________________
Watch chemical energy (fuel) convert to heat, then to kinetic energy (moving pistons), electrical energy (generator), and finally light!
Focus: Observing the wheel spin and the light bulb turn on. Safety first around the heat source! Spatial
Focus: Observing the heat making the wheels spin fast. Discussing where the energy comes from.
Focus: Map the exact energy conversion trajectory: Chemical ➔ Heat ➔ Kinetic ➔ Electrical ➔ Light. Logical-Math
Understanding of the energy conversion steps: