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It adapts to the shape of its container, and the force of attraction between its particles is still present, but not as strong as the particles' force of attraction in solids.

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(same members)

Our Eco-Solution Pitch!

Our Waste Material & Problem:

We throw away too many aluminum soda cans after we drink them!

Our Innovative Solution:

We're going to clean them really well and turn them into cool pencil holders for our desks! We can even paint them fun colors.

Why It Works (Property & Particle Connection):

This works because metal (like aluminum) is a solid – it holds its own strong shape, so our pencils won't fall over.

It's also strong and tough (its tiny particles are packed super close and tight), which means it won't break easily, and it can hold lots of pencils.

And guess what? Metal is shiny! That's because light bounces off its smooth, tightly packed particles, making it look nice on our desk!

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PART I: Matter Mapping - Classroom Matter & Particle Behavior

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PART I: Matter Mapping - Classroom Matter & Particle Behavior

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Members: [SURNAME, FIRST NAME M.I.]

ISAGUIRRE, MHEA A.

BARTOLO, ELIJAH JANE

CUYOS, LEI ROSE TRINA A.

AMI, PAMELA GRACE

SALAC, SHEILA MAE F.

ITULID MARYLLE VIC JOIE

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PART I: Matter Mapping - Classroom Matter & Particle Behavior

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PART I: Matter Mapping - Classroom Matter & Particle Behavior

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Each criterion consists of 25 points which makes a total of 100 POINTS.

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Each criterion consists of 25 points which makes a total of 100 POINTS.