CameraIcon

SearchIcon

MyQuestionIcon

1

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Crystal System and Bravais Lattice

If all the th...

Question

If all the three interaxial angles defining the unit cell are equal in magnitude, the crystal cannot belong to (I) Orthorhombic system (II) Monoclinic system (III) Hexagonal system (IV) Tetragonal system

Open in App

Solution

Suggest Corrections

thumbs-up

1

Similar questions

Q. If all the three inter-axial angles defining the unit cell are equal in magnitude, the crystal cannot belong to the ______ system.

Q. The adjective, 'crystalline' when applied to solids, implies an ideal crystal in which the structural units, termed as unit cells, are repeated regularly and indefinitely in three demansions in space. The unit cell containing at least one molecule, has a definite orientation and shape defined by the translational vectors,

a, b

c

. The unit cell therefore has a definite volume,

V

that contains the atoms and molecules necessary for generating the crystal.
Every crystal can be classified as a member of one of the seven possible crystal systems or crystal classes that are defined by relationships,

a, b

c

of the unit cell and between the individual angles.

α, β

γ

of the unit cell. The structure of the given crystal may be assigned to one of the

230

space groups. These uniquely define the possible ways of arranging atoms in a three-dimentional solid.
Based on these observations, seven crystal systems were identified: tricilinic, monoclinic, trogonal or rhombohedral, tetragonal, hexagonal, rhombic or orthorhombic and cubic.

In which of the following structure unit cell shows the triclinic strusture?

Q. The adjective, 'crystalline' when applied to solids, implies an ideal crystal in which the structural units, termed as unit cells, are repeated regularly and indefinitely in three demansions in space. The unit cell containing at least one molecule, has a definite orientation and shape defined by the translational vectors,

a, b

c

. The unit cell therefore has a definite volume,

V

that contains the atoms and molecules necessary for generating the crystal.
Every crystal can be classified as a member of one of the seven possible crystal systems or crystal classes that are defined by relationships,

a, b

c

of the unit cell and between the individual angles.

α, β

γ

of the unit cell. The structure of the given crystal may be assigned to one of the

230

space groups. These uniquely define the possible ways of arranging atoms in a three-dimentional solid.
Based on these observations, seven crystal systems were identified: tricilinic, monoclinic, trogonal or rhombohedral, tetragonal, hexagonal, rhombic or orthorhombic and cubic.

Identify the type of crystal system of the following:

(A) {KNO}_{3}

(B) {CaCO}_{3}

(C) {TiO}_{2}

(D) {CuSO}_{4} \cdot 5 H_{2} O;

Q. Tetragonal crystal system has the following unit cell dimensions.

Q. Tetragonal crystal system has the following unit cell dimensions:

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Crystal System and Bravais Lattice

CHEMISTRY

Watch in App

explore_more_icon

Explore more

Crystal System and Bravais Lattice

Standard XII Chemistry

Join BYJU'S Learning Program

CrossIcon