Welcome back to our Real Magical Summer series!

Last week (Week V) you became the lead scientist: you observed something curious, asked a powerful question, and shaped it into a clear, testable hypothesis in the classic “If… then… because…” form. You planned materials, variables, and a fair test.

This week we cast the next spell in the scientific method: actually test it, gather real data, and turn those numbers into a simple chart so the results are easy to see, share, and build upon.

Charts are pure practical magick that transform messy notebook scribbles into a picture anyone can understand at a glance. And once you have that picture, we invite you to open-source it in The Commons forum on Jangled Jester so the whole community can learn from, replicate, or improve your experiment.

What Does “Testing a Hypothesis” Mean?

You change one thing on purpose (independent variable), measure what happens (dependent variable), keep everything else the same, and record the results. Then you look at the data and ask: “Does this support my prediction… or surprise me?”

Both outcomes are victories. Science advances either way.

 

Step-by-Step: Run the Experiment & Make the Chart

Step 1: Pull out last week’s mini lab page

Re-read your hypothesis. Make sure it is still safe, simple, and summer-friendly. Example from last week:
If the water is hotter, then the sugar will dissolve faster, because heat makes water molecules move quicker.

Step 2: Set up a fair, safe test

• Independent variable: the one thing you change (e.g., water temperature: cold / room / hot)
• Dependent variable: what you measure (e.g., seconds until sugar disappears)
• Constants: same amount of water, same amount of sugar, same stirring method, same cup size, etc.
• Materials: only what you already have at home or in the backyard. Adult supervision for anything hot or sharp.

Do at least 3 trials for each condition so random chance doesn’t trick you.

Step 3: Collect the data in a simple table

In your notebook (or a free Google Sheet / Airtable), make columns like this:

Trial	Condition (e.g., Temperature)	Time to dissolve (seconds)	Notes
1	Cold	95
2	Cold	102
3	Cold	88
1	Hot	22
…	…	…

 

Write every number clearly. Take a photo of your setup if you like.

Step 4: Transfer the data into a chart

Turn the table into a visual so patterns jump out:

• Paper & colored pencils: bar chart or line graph works great.
• Digital (free & easy): Google Sheets → Insert → Chart. Choose bar or column chart.
• Label axes clearly (x-axis = what you changed, y-axis = what you measured). Give the chart a fun title: “Sugar Dissolving Speed vs. Water Temperature – Real Magical Summer Lab”.

Now anyone can see the story in seconds.

Step 5: Reflect like a true scientist

• Did the results support your hypothesis, partially support it, or surprise you?
• What would you change if you ran it again?
• How does this connect to earlier weeks (observation, questioning, nature, kitchen science…)?

Write 3–5 sentences in your notebook.

Step 6: Open-source it in The Commons

Science grows faster when we share. Take photos or screenshots of:

1. Your original hypothesis
2. The data table
3. The finished chart
4. A short reflection

Post them in The Commons forum on Jangled Jester. Title your post something like “Week VI Lab Results: [Your Topic] – Data + Chart”.

Invite others to try the same experiment, suggest improvements, or post their own versions. That is how a single backyard test becomes community knowledge—exactly the spirit of physicalist magick and the Digital Renaissance Fair.

Safety & Reminders

• Keep everything safe and simple.
• No wrong answers, only data waiting to be understood.
• Have fun. The real enchantment is watching curiosity turn into clear, shareable evidence.

Save your notebook page and chart. Next week we’ll keep the adventure going… stay tuned!

Back to the lab, scientists. Go test, chart, and open-source the magic in The Commons.