Solve asap 1900Fo = ForsteriteLiquid1800En = EnstatiteQz = Quartz1700Fo+liq1600-En+liqQz+liq1500Fo+EnQz+En10050100Mg,SIO,MgSiO,Sio,FoEnQzAssuming equilibrium crystallization:Starting with a melt whose composition is 67% Mg.SiOs and 33% SiOz:1) At what temperature does crystallization begin?2) What mineral begins to crystallize?3) What happens at -1590°C?4) What is the composition of the melt at 1550°C?5) At what temperature does crystallization stop?6) What minerals are in the final rock?T(C)

From the olivine mineral group, forsterite is a magnesium silicate crystal with the chemical formula…

1900 Fo = Forsterite 1800 Liquid En = Enstatite Qz = Quartz 1700 Fo+liq 1600 -En+lig Qz+liq 1500 Fo+En Qz+En 100 50 100 Ma,SIO, MgSiO, SiO, Fo En Qz Assuming equilibrium crystallization: Starting with a melt whose composition is 67% Mg.SiO, and 33% SIO2: 1) At what temperature does crystallization begin? 2) What mineral begins to crystallize? 3) What happens at -1590°C? 4) What is the composition of the melt at 1550°C? 5) At what temperature does crystallization stop? 6) What minerals are in the final rock? T(C)

1900 Fo = Forsterite 1800 Liquid En = Enstatite Qz = Quartz 1700 Fo+liq 1600 -En+lig Qz+liq 1500 Fo+En Qz+En 100 50 100 Ma,SIO, MgSiO, SiO, Fo En Qz Assuming equilibrium crystallization: Starting with a melt whose composition is 67% Mg.SiO, and 33% SIO2: 1) At what temperature does crystallization begin? 2) What mineral begins to crystallize? 3) What happens at -1590°C? 4) What is the composition of the melt at 1550°C? 5) At what temperature does crystallization stop? 6) What minerals are in the final rock? T(C)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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