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Miller indices

Total questions: 19

Worksheet time: 11mins

Name
Class
Date
1.

In a cubic crystal, a given plane intercepts the axes at 3a, 3b & c. The Miller indices of the plane are ________

a)

( 3 3 1 )

b)

( 1 3 3 )

c)

( 1 1 3 )

d)

( 3 1 1 )

2.

In a crystal, a given plane is parallel to the 'a' axis and 'b' axis and intercepts the 'c' aces at c. The Miller indices of the plane are

a)

( 0 0 1 )

b)

( 1 1 0 )

c)


(∞,∞,1)\left(\infty,\infty,1\right)

d)

( 1 1 1)

3.

Intercepts of a plane in crystal is given by 1, 1/2, 1/3 in a simple cubic unit cell, Miller indices are

a)

(1 3 2)

b)

(2 6 1)

c)

(1 2 3)

d)

(3 6 1)

4.

The red shaded plane is:

a)

(100)

b)

(1,0,0)

c)

<100>

d)

{100}

5.

Identify the given plane.

a)

(011)

b)

(101)

c)

(001)

d)

(111)

6.

If a Miller index is zero, the plane is

a)

parallel to that axis

b)

perpendicular to axis

c)

equal to axis

d)

zero

7.

Interplanar distance of a family of planes with miller indices (hkl) in simple cubic lattice is

a)


a=dh2+k2+l2a=\frac{d}{\sqrt{h^2+k^2+l^2}}

b)

d=ah2+k2+l2d=\frac{a}{\sqrt{h^2+k^2+l^2}}

c)

d=ah2+k2+l2 d=a\sqrt{h^2+k^2+l^2\ }

d)

h2+k2+l2\sqrt{h^2+k^2+l^2}

8.

------------- group of three numbers that indicates the orientation of a plane or set of parallel planes of atoms in a crystal

a)

Crystal structures

b)

Miller indices

c)

Bravais lattices

d)

Motif

9.

The lattice constant of a unit cell of a cube is 3.28 Angstrom. The interplanar spacing of ( 2 0 1 ) plane is ------ Angstrom.

a)

1.093

b)

1.467

c)

1.641

d)

0.986

10.

The inter planar spacing between ( 1 2 2 ) planes found to be 2.35 Angstrom. The lattice constant in case of simple cubic is -------- Angstrom.

a)

0.261

b)

0.783

c)

7.05

d)

21.15

11.

Lattice constants of an orthorhombic lattice is 2.5 , 3.0 and 3.5 Angstrom , what is interplanar spacing between (1 1 1) planes up to 2 decimal place in Angstrom. 



(a)  

12.

Notation (h,k,l) represent a_______

a)

Lattice Plane

b)

A point

c)

Lattice Direction/vector

d)

Family of plane

13.

{ h k l} represent a _______ and (h k l ) represent a ______

a)

plane, family of direction

b)

set of equivalent planes , Family of planes,

c)

Direction , family of planes

d)

point , plane

14.

Miller indices of a vector joining (0 ,0,0) and (0,0,1) is _____

a)

(0 0 1)

b)

[ 0 0 1]

c)

{0 0 1}

d)

[0,0,1]

15.

Negative miller indices are written by putting a bar over the index number.

a)

True

b)

False

16.

Plane (1 0 0) , (0 1 0) , (0 0 1) , ( -1 0 0), ( 0 -1 0) , ( 0 0 -1 ) are equivalent in simple cubic lattice hence belongs to _________  represented by _______.

a)

a set of plane, ( 1 0 0)

b)

a set of direction , { 1 0 0}

c)

a set of equivalent planes , {1 0 0}

d)

a set of direction , [1 0 0]

17.

The density of lattice points is ________ on a plane with ______ miller indices.

a)

higher , lower

b)

lower , higher

c)

higher , higher

d)

lower, Lower

18.

Distance between the two adjacent planes in a set of parallel planes is ______ for______ miller indices.

a)

larger , lower

b)

lower, lower

c)

lower, larger

d)

larger, larger

19.

Miller indices of all parallel plane is same and therefore (h k l) represent a family of planes instead of only a single plane.

a)

False

b)

True