Audio Transcript Auto-generated
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Here's my chemistry project, including iron and aluminum for stage
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lights. Aluminum is terrible, lightweight and easy.
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It is the most common choice for concerts and stages.
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It makes up the structure that also holds the lights.
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Light housing is like a lid that keeps light from
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going in certain directions.
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It houses the light with other instruments and some new
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being made with aluminum.
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Power bars, hold attached power lights and power bars I
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made up of aluminum pipes.
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The center of the stage lights is made up of
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iron sodas, strong and sturdy.
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This can then be clamped to the polls of various
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sizes. C clamps are used to hang lights in place,
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which are also made of iron.
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I used a store website to back up this information
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and to prove that they're made of iron iron.
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Some isotope names are F E 57 F E 58
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which are the most common names for iron.
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The mass numbers our 56 57 58 the nucleus.
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There are always 26 protons, while in F E 57
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there are 31 neutrons and F E 58.
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There are 32 neutrons location on the periodic table is
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the iron isn't is iron is in the fourth period,
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and the eighth family iron is also a transition metal.
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Here is tthe e electron configuration aluminum.
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Some isotope names are a L 26 a L 27
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which are also the most common.
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Mass numbers are 27 26 usually for the nucleus.
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They're always 13 protons, so in a L 26 there
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are 13 neutrons, and in a L 27 there are
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14 neutrons.
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The location on the periodic table aluminum is in the
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third period and the 13th family, when the minimum is
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also in the other metals category.
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Here's the electron configuration.
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Atomic radius iron is in the eighth family, so it
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is almost in the very middle, and it has a
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very average atomic radius.
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Aluminum has a weaker atomic radius than iron because it
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is up higher and more to the right than iron,
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which means it has a smaller atomic radius, ionization energy
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ironist in the eighth family.
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So it is almost in the very middle, which means
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it has a very average ionization energy.
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Aluminum has a stronger ionization energy than iron because because
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it is up higher and closer to the right side
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of the periodic table.
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Here are some pictures of the elements on the periodic
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table. This one is iron and this one is aluminum.
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And here my sources.
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Thank you.