Semiconductors have a conductivity range of `10^(-6)` to `10^(n)" ohm"^(-1)m^(-1)`. What is the value of n here?

Assertion : Semiconductors are the solids with conductivities in the intermediate range from 10^(-6) to 10^(4) "ohm"^(-1)m^(-1) . Reason : In case of semiconductors, the gap between the valence band and conduction band is small.

Assertion :-(A) semiconductors are solids with conductivites in the intermediate range from 10^(-6)-10^(4) ohm ^(-1)m^(-1) Reason :-(R ) internmediate conductivity in semiconductor Is due to partially filled valence band .

Assertion :-(A) semiconductors are solids with conductivites in the intermediate range from 10^(-6)-10^(4) ohm ^(-1)m^(-1) Reason :-(R ) internmediate conductivity in semiconductor Is due to partially filled valence band .

Assertion :-(A) semiconductors are solids with conductivites in the intermediate range from 10^(-6)-10^(4) ohm ^(-1)m^(-1) Reason :-(R ) internmediate conductivity in semiconductor Is due to partially filled valence band .

Assertion :-(A) semiconductors are solids with conductivites in the intermediate range from 10^(-6)-10^(4) ohm ^(-1)m^(-1) Reason :-(R ) internmediate conductivity in semiconductor Is due to partially filled valence band .

Specific conductance of a 0.12 N solution of electrolyte is 2.4 xx 10^(-2) "ohm^(-1) cm^(-1) . What is the value of its equivalent conductance?

If (2n)/5=10 , what is the value of 2n − 1 ?