The rule that resistivity of conductors can be separated into two parts viz. temperature independent and temperature dependent is known as

Materials and Components
The rule that resistivity of conductors can be separated into two parts viz. temperature independent and temperature dependent is known as

Debye rule

Curie rule

Matthiessen’s rule

Onne’s rule

Debye rule

Curie rule

Matthiessen’s rule

Onne’s rule

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Materials and Components
In an intrinsic semiconductor, at a given temperature T

The number of electron-hole pairs generated per second due to thermal motion is always less than the number of electron-hole pairs lost per second due to recombination

The number of electron hole pairs generated per second due to thermal motion is always more than the number of electron-hole pairs lost per second due to recombination

The number of electrons-hole pairs generated per second due to thermal motion are equal to the number of electron-hole pairs lost per second due to recombination

Any of the above

The number of electron-hole pairs generated per second due to thermal motion is always less than the number of electron-hole pairs lost per second due to recombination

The number of electron hole pairs generated per second due to thermal motion is always more than the number of electron-hole pairs lost per second due to recombination

The number of electrons-hole pairs generated per second due to thermal motion are equal to the number of electron-hole pairs lost per second due to recombination

Any of the above

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Materials and Components
A characteristic property of crystal is its periodicity of structure.

False

True

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Materials and Components
Debye temperature of metals is

About 200 K

About 10 K

About 600 K

About 2 K

About 200 K

About 10 K

About 600 K

About 2 K

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Materials and Components
If the number of atoms per unit volume of a monoatomic gas changes, the dielectric constant still remains constant.

True

False

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Materials and Components
When a dielectric material is subjected to alternating field, the absorption of energy by the material from the field is given by the imaginary part of polarizability.

False

True

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Materials and Components

Materials and Components The rule that resistivity of conductors can be separated into two parts viz. temperature independent and temperature dependent is known as

Materials and Components In an intrinsic semiconductor, at a given temperature T

Materials and Components A characteristic property of crystal is its periodicity of structure.

Materials and Components Debye temperature of metals is

Materials and Components If the number of atoms per unit volume of a monoatomic gas changes, the dielectric constant still remains constant.

Materials and Components When a dielectric material is subjected to alternating field, the absorption of energy by the material from the field is given by the imaginary part of polarizability.

Materials and Components
The rule that resistivity of conductors can be separated into two parts viz. temperature independent and temperature dependent is known as

Materials and Components
In an intrinsic semiconductor, at a given temperature T

Materials and Components
A characteristic property of crystal is its periodicity of structure.

Materials and Components
Debye temperature of metals is

Materials and Components
If the number of atoms per unit volume of a monoatomic gas changes, the dielectric constant still remains constant.

Materials and Components
When a dielectric material is subjected to alternating field, the absorption of energy by the material from the field is given by the imaginary part of polarizability.