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Given: -garnet endmember pyrope (Mg3Al2Si3O12) -side length=11.535 A -volume=1534.8A -volume of 1 mole of pyrope is...

Given:

-garnet endmember pyrope (Mg3Al2Si3O12)

-side length=11.535 A

-volume=1534.8A

-volume of 1 mole of pyrope is 1.1552 x 1026 Å3

find:

(e) Calculate the mass in grams of 1 mole of pyrope by summing the atomic masses of its elemental components. You will need to use a periodic table in order to do this.

(f) Calculate the density (in g/cm3) of pyrope from the volume you calculated in (d) and the mass you calculated in (e). Once you have done this, perform a “reality check” on your answer. Does it make sense if you compare it to the range of Specific Gravity known for garnet? If not, then you have done something wrong. Go back and check your unit conversions.

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