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Aisha Raheem, Emily White, and Vivian Pham <br>Period 3 Group 5

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The purpose of this experiments is to determine specific colors produced by metallic ions in a flame. Also, we will classify the unknown ion by it's color in the flame.

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The flame produces color when a chemical is entered because the outer electrons of the ion gets exited by the energy level and jumps to a higher energy level, when they run out of energy and fall back to where they were, they fall back to the ground state there they lose an amount of energy they had and produce light.

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set up. step #1

-you light the match

-turn on gas and insert match till it catches on fire

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Set up. step #2

- turn air valve till it turns blue

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set up. step #3

- Take the popsicle sticks soaked in the chemical & put into the top of the inner cone till you see a color

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set up. step #4

- once you have recorded the reaction

- place the lighted popsicle stick into the sand jar to distinguish the flame

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Sodium (Na+)
Its color was a glowing orange.

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Potassium (K+)
Its color was a pale orange.

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Lithium (Li+)
Its color was bright red.

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Calcium (Ca2+)
Its color was a bright orange.

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Barium (Ba2+)
Its color is a pale yellow.

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Copper (Cu2+)
Its color was a light green.

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Lead (Pb2+)
Its color is blue. It matched the flame color.

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Strontium (Sr2+)
Its color was a bright fiery red.

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Unknown - E
It was lead (Pb2+) Its color was blue and it matched the flame.

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How did you determine your unknown chmical? (unknown-E)

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How did you determine your unknown chmical? (unknown-E)

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Our unknown chemical was Lead (Pb2+). We knew it was that ion because of the color. The chemical Lead had a blue color similar to the flame. The Unknown chemical had the same color as Lead.

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-work well with others

I think this project gave us a chance to work well with each other. For example, we worked together on sharing pictures and the padlet wall. We also worked together on the process of doing the flame experiment.