# data[].attributes.headline
Experiment that turns M&Ms into rainbows

# data[].attributes.subject
Experiment that turns M&Ms into rainbows

# data[].attributes.body
The experiment that turns M&M’s into a rainbow is a simple and visually stunning demonstration of color diffusion, where the colored candy coating dissolves in water and spreads out in vibrant patterns.

Here’s how it works:

🌈 What You'll Need:

M&M's (or Skittles also work)

A white plate

Warm water

🧪 Steps:

1. Arrange M&M’s in a circle or pattern on the plate (around the edge works well).

2. Slowly pour warm water into the center of the plate—just enough to touch the bottom of the candies.

3. Wait and watch—within a few seconds, you'll see colorful streaks spreading from the M&M’s toward the center, forming a rainbow-like pattern.

🧬 Science Behind It:

The candy coating on M&M’s is made of sugar and food coloring.

When water touches the coating, it dissolves, releasing both sugar and dye.

The dyes don’t mix immediately due to something called water stratification (a mix of temperature, density, and surface tension).

This creates sharp boundaries between the colors, forming the rainbow effect.

🧠 Why It’s Cool:

Shows diffusion (movement of particles from high to low concentration).

Demonstrates how different colors have different weights and densities, affecting how they spread.

It’s safe, quick, and fun—perfect for kids or a classroom!

# data[].attributes.headline
Please don't forget to include these four parts to your experiment!

# data[].attributes.subject
Please don't forget to include these four parts to your experiment!

# data[].attributes.body
Remember to use "imperative verbs" for your instructions. Ex. "Fill the bowl with water!"

# data[].attributes.body
How to make colours explode!

Materials: baking soda, food dye.

Instructions: First, put some water in five small cups.

Then, add some different food dye to each cup.

After that, take the baking soda and add a small amount to each cup.

Finally, watch the colours explode everywhere!

# data[].attributes.body
Materials: baking soda, food dye.

Instructions: First, put some water in five small cups.

Then, add some different food dye to each cup.

After that, take the baking soda and add a small amount to each cup.

Finally, watch the colours explode everywhere!

# data[].attributes.body
Experiment with baking soda

1 WE need a cup of vinegar and a cup of baking soda and color

2 We put the color in the cup of baking soda then put the vinegar in it

3 Then see what next

1 We need a cup of baking soda and a cup of

# data[].attributes.attachment_link.title
Baking Soda Volcano Experiment - Science Projects for Kids | Educational Videos by Mocomi

# data[].attributes.body
Materials: color, some cups, baking soda and water

1. We drop one drop of color in each cup.

2. We need to put one spoon baking soda in each cup.

3. Finaly pour the water in each cup. So you can see the color exploding.

# data[].attributes.headline
making an light jar and inside and have a lighting with dark blue clouds

# data[].attributes.subject
making an light jar and inside and have a lighting with dark blue clouds

# data[].attributes.body
1 :we need a jar with water . 2:we can use led lights and use some cotton. 3: turn on the led and then enjoy

# data[].attributes.body
🌋 Volcano Eruption Experiment

Materials Needed:

Baking soda (sodium bicarbonate)

Vinegar (acetic acid)

Dish soap (optional, for foamy eruption)

Red food coloring (optional, for lava effect)

A container (like a plastic bottle or cup)

Modeling clay or paper mache (to shape the volcano)

Tray or large plate (to catch the mess)

Steps:

1. Build the volcano structure

Place the container in the center of the tray.

Use modeling clay or paper mache to shape a volcano around the container, leaving the top open.

2. Add the ingredients

Put 2–3 tablespoons of baking soda into the container.

Add a few drops of dish soap and red food coloring (optional).

3. Prepare for eruption

Slowly pour vinegar into the container.

4. Watch the eruption!

The mixture will bubble and overflow, simulating a volcanic eruption.

5. Clean up

Dispose of the mixture and clean the tray and materials.