1. Which of the following unit cells do not exist for monoclinic lattices? a) Simple unit cell, b) Base centered unit cell, c) Face centered unit cell, d) All of the mentioned exist. 2. What is the common direction between the (132) and (133) planes? a) [310], b) [-3-10], c) [410], d) [410]. 3. Type of bond which is due from shared electron between adjacent atoms is called a) Ionic bond, b) metallic bond, c) covalent bond, d) hydrogen bond. ----.

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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1. Which of the following unit cells do not exist for monoclinic
lattices?
a) Simple unit cell, b) Base centered unit cell, c) Face centered unit
cell, d) All of the mentioned exist.
2. What is the common direction between the (132) and (133) planes?
a) [310], b) [-3-10], c) [410], d) [410].
3. Type of bond which is due from shared electron between
adjacent atoms is called
a) Ionic bond, b) metallic bond, c) covalent bond, d)
hydrogen bond.
4. To get maximum intensity a
a) high atomic number, b) low atomic number, c) high atomic
weight, d) low atomic weight.
5. The diffracted beam from a crystal is built up of rays scattered by -
----.
element should be used as target.
---- --
of the crystal which lie in the path of the incident beam.
a) all the atoms, b) some of the atoms, c) any atom, d) very few
---- -
atoms.
1
Transcribed Image Text:1. Which of the following unit cells do not exist for monoclinic lattices? a) Simple unit cell, b) Base centered unit cell, c) Face centered unit cell, d) All of the mentioned exist. 2. What is the common direction between the (132) and (133) planes? a) [310], b) [-3-10], c) [410], d) [410]. 3. Type of bond which is due from shared electron between adjacent atoms is called a) Ionic bond, b) metallic bond, c) covalent bond, d) hydrogen bond. 4. To get maximum intensity a a) high atomic number, b) low atomic number, c) high atomic weight, d) low atomic weight. 5. The diffracted beam from a crystal is built up of rays scattered by - ----. element should be used as target. ---- -- of the crystal which lie in the path of the incident beam. a) all the atoms, b) some of the atoms, c) any atom, d) very few ---- - atoms. 1
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