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1.- Calculate the number of iron atoms in a-1000-kg-of-iron. 2.- Calculate the volume in a cubic centi-meters occupied by one mole of boron. Given-data Element Atomic Lattice- Density Crystal Atomic- number parameter (g/cm³) structured mass (A)= (g/mol) Во Fea 50 260 10.120 2.8660 2.360 Rhomba 10.81- 7.870 BCCa 55.8470

1.- Calculate the number of iron atoms in a-1000-kg-of-iron. 2.- Calculate the volume in a cubic centi-meters occupied by one mole of boron. Given-data Element Atomic Lattice- Density Crystal Atomic- number parameter (g/cm³) structured mass (A)= (g/mol) Во Fea 50 260 10.120 2.8660 2.360 Rhomba 10.81- 7.870 BCCa 55.8470

Elements Of Electromagnetics
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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1. Calculate the number of iron atoms in a 1000kg of iron. 

2. Calculate the volume in a cubic centi meters occupied by one mole of boron. 

1.- Calculate the number of iron atoms in a 1000-kg-of-iron. 2. Calculate the volume in-a-cubic centi-meters occupied by one mole of boron. Given data Element Atomic Lattice- Density Crystal. Atomic- number parameter (g/cm³) structured mass (A)¤ (g/mol) Во Fea 50 260 10.120 2.360 2.866 Rhomba 10.810 7.870 BCCO 55.8470
Transcribed Image Text:1.- Calculate the number of iron atoms in a 1000-kg-of-iron. 2. Calculate the volume in-a-cubic centi-meters occupied by one mole of boron. Given data Element Atomic Lattice- Density Crystal. Atomic- number parameter (g/cm³) structured mass (A)¤ (g/mol) Во Fea 50 260 10.120 2.360 2.866 Rhomba 10.810 7.870 BCCO 55.8470
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