Please Solve the question asap. Would really appreciate yoyur expert view on my question. I will give a like if the answer will be satisfied. BE 12 "I. Tekočina Mn in Fe tvorita običajno raztopino pri 1863 K. Za raztopino z XMn = 0,6 je molarni presežek Gibbsove proste energije Gxs = 1055 J/ mol. a. Izračunajte "omega" b. Izračunajte aktivnost tekočega Mn. c. Izračunajte aktivnost tekočega Fe. d. Se bo ta faza rešitve ločila? Pojasnite svoj odgovor. e. Če se bo faza ločila, pri katerem temperaturnem območju bo prišlo do ločitve faze?"

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Please Solve the question asap. Would really
appreciate yoyur expert view on my question. I
will give a like if the answer will be satisfied. BE
12
"I. Tekočina Mn in Fe tvorita običajno raztopino
pri 1863 K. Za raztopino z XMn
= 0,6 je molarni
presežek Gibbsove proste energije Gxs = 1055 J/
mol.
a. Izračunajte "omega"
b. Izračunajte aktivnost tekočega Mn.
c. Izračunajte aktivnost tekočega Fe.
d. Se bo ta faza rešitve ločila? Pojasnite svoj
odgovor.
e. Če se bo faza ločila, pri katerem
temperaturnem območju bo prišlo do ločitve
faze?"
Transcribed Image Text:Please Solve the question asap. Would really appreciate yoyur expert view on my question. I will give a like if the answer will be satisfied. BE 12 "I. Tekočina Mn in Fe tvorita običajno raztopino pri 1863 K. Za raztopino z XMn = 0,6 je molarni presežek Gibbsove proste energije Gxs = 1055 J/ mol. a. Izračunajte "omega" b. Izračunajte aktivnost tekočega Mn. c. Izračunajte aktivnost tekočega Fe. d. Se bo ta faza rešitve ločila? Pojasnite svoj odgovor. e. Če se bo faza ločila, pri katerem temperaturnem območju bo prišlo do ločitve faze?"
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