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Q1: Explain the electronic distribution of germanium, iron and magnesium if you know that their atomic number is 32, (26) and (12) respectively.

Q1: Explain the electronic distribution of germanium, iron and magnesium if you know that their atomic number is 32, (26) and (12) respectively.

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Q1: Explain the electronic distribution of germanium, iron and magnesium if you know that their atomic number is 32, (26) and (12) respectively. Q2: What do we mean by Van der Waals forces, explain them in detail. with drawing. Q3: Find the distance between the crystalline levels of tungsten with an atomic radius of (1.292) angstrum at the level (111), noting that the single cell of copper is of the type (B.C.C). Q4: Find the volume of space in the aluminum cell unit if you know that the aluminum cell unit is of the (F.C.C) and its atom diameter is equal to (2.554) angstrum. Q5: Draw each of the following: {100), (111), (010), {222}
Transcribed Image Text:Q1: Explain the electronic distribution of germanium, iron and magnesium if you know that their atomic number is 32, (26) and (12) respectively. Q2: What do we mean by Van der Waals forces, explain them in detail. with drawing. Q3: Find the distance between the crystalline levels of tungsten with an atomic radius of (1.292) angstrum at the level (111), noting that the single cell of copper is of the type (B.C.C). Q4: Find the volume of space in the aluminum cell unit if you know that the aluminum cell unit is of the (F.C.C) and its atom diameter is equal to (2.554) angstrum. Q5: Draw each of the following: {100), (111), (010), {222}
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