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The particles were each spaced out in different ways and each particle was unique in color and shape.

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They are labeled
as three different elements

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They are differently labeled and could be different colors.

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The diagrams all have circles representing particles

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The diagrams all have circles representing particles

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They are just labeled as different elements.

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All diagrams had their particles evenly spaced out.

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The molecules could be different sizes and they were labeled differently

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All of them show simple diagrams of atoms, without the particles being distinct from one another.

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They are labeled and colored differently.

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They have different labels and I made mine different shapes -Ilana

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they were labeled differently but they all have the particles

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They all have particles but the denseness was different in each

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They all have particles but the denseness was different in each

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The particles will be labeled with their given abbreviation like AL, Fe, or Pb.

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They were labeled with the different elements

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they line up in the way and are labeled. -Ilana

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they look similar but lead particles are bigger and denser

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they look similar but lead particles are bigger and denser

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They align in the way elements would, and cannot be broken down further to have the same characteristics.

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The particle diagrams accurately illustrate the different elements as it shows how they are all made up of identical atoms.

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If one wanted to be very technical they could make lead molecules bigger than iron and they had different labels

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They all had a similar shape of aligned circles.

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The structure of the particle diagrams were the same

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each diagram uses a different color to represent different types of atoms, and labels the atoms differently to show how each element is made up of different atoms.

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They all show the atoms as roughly the same size showing that they are all elements

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They are each labeled with the element they contain.

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I assumed that lead was a little less dense than iron so I spaced the particles furtyher apart

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I assumed that lead was a little less dense than iron so I spaced the particles furtyher apart

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All of the diagrams show that each element is made up of identical atoms, and shows how the atoms are structured .

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The particles are drawn with small circles what have the particle’s abbreviation inside of it.

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they are labeled as different which is odd because they look very similar. They cant be broken down any more

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they are labeled as different which is odd because they look very similar. They cant be broken down any more

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They were the same basic shape and aligned in the same way.
(circles)

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The particles are all drawn as small circles and are aligned like a solid metal would be.

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They have different labels.

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They are labeled with different abbreviations

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They are different colored and there is a key labeling them.

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they are made of different molecules

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they are all drawn as small circles representing atoms and they are aligned as a a solid metal would be.

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They are labeled with different names (ie Al, Fe, Pb) or could be color coded

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The different elements are drawn with different colors and have unique names/abbreviations

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They contrast each other by having different labels or names.

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The particle diagrams are labeled differently, but look similar

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Each metal is made up of its respective molecule

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I used different colored circles to represent each type of particle. They are elements because they cannot be broken down farther.

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I used different colored circles to represent each type of particle. They are elements because they cannot be broken down farther.

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I used different colors to show that the atoms are different elements

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I used different colors to show that the atoms are different elements

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they show that the elements are different by distinguishing them with names, or abbreviations.

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They are different colors based on which element. For example, Al=gray, Fe=red, Pb=green. 

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They are different colors based on which element. For example, Al=gray, Fe=red, Pb=green. 

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They illustrate that they are elements because they do not have anything connected to them and they are a single unit

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All the diagrams look similar.

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They illustrate that the particles are elements because they have nothing attached to them, they are basic.

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To illustrate the difference between, Iron (Fe), lead (Pb), and Aluminum (Al),  I used a different color for each particle so that if they are together you can tell what is what.

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The different elemental letters.

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To show the different metals, I used different colored atoms. In a diagram that was not already labelled, I would have included a key to explain which color refered to each metal.

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To show the different metals, I used different colored atoms. In a diagram that was not already labelled, I would have included a key to explain which color refered to each metal.

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Both are elements because there's no mixture of different particles in the diagram meaning that its not just molecules.

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I used circles to show each atom because as these are all simple metals, they have atoms not more complex molecules

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they all have a structure that allows them to stay together and gives them strength

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The circles represent the atoms and I put the letters representing the atoms within each circle. It shows that the atoms are different.

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Most metals are made of moles of tightly packed together molecules. iron, aluminum, and lead are all simple metals so they are made up of one type of molecule.

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The particle diagrams all look similar. The difference between them was that each atom looked different.

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The particle diagrams all look similar. The difference between them was that each atom looked different.

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They didn't really have any of the specifics that would differentiate them, they were just labeled to make it clear which simple diagram corresponded to which element.