Solid State II
| Description: Get Free Online Tests for Solid State Solution, Solid States, Metals, Metal, States of Metals, Liquid State, Gaseous State | |
| Number of Questions: 25 | |
| Created by: Adhira Saini | |
| Tags: Solid State Solution Solid States Metals Metal States of Metals Liquid State Gaseous State Atomic Physics Atoms Physics of Semiconductors Semiconductor Electronics: Materials, Devices and Simple Circuits Imperfections in Solids Close Packing in Crystals,X-Ray Studies of Crystals Types of Packing |
The crystal structure of CsCl is
The number of atoms per unit cell in a bcc crystal is
An example for metal deficiency defect is
The value of electrical resistance at superconductivity state is
In a simple cubic cell, each point on the corner is shared by
The wave length of X- rays is in the order of
The crystal used in the Laue experiment is
Semiconductors which exhibit conductivity due to the flow of excess negatively charged electrons are called
The total number of atoms per unit cell in fcc system is
A mathematical relation to determine the inter atomic distance from x-rays diffraction pattern is _______ equation.
Which of the following options represents Rutile?
Who suggested that crystal can be used as a three dimensional diffraction grating of rays?
Which of the following options is an example for covalent crystal?
Bragg’s equation is _______.
Van Der Waal's forces are also called as
The force that binds a metal ion to a number of electrons within its sphere of influence is known as
Which one of the following belongs to AB type crystal?
Which of the following statements is not true?
The angle θ in Bragg’s equation is angle of
The smallest fundamental repeating portion of a crystal is called
Which of the following properties is directly proportional to Bragg’s spectrometer method?
The wave length of gamma rays is in the order of
An ion leaves its regular site and occupies a position in the space between the lattice sites. What is this defect called?
Which of the following is a method of studying crystals using X–rays?
The essential condition for diffraction to occur is given by