A semiconductor has the eIectron concentration `0.45 xx 10^(12) "m"^(-3)` and the hoIe concentration `5 xx 10^(20)m^(-3)`. CaIcuIate the conductivity of the mate- riaI of this semiconductor.
Given, Electron mobiIity `=0.135 "m"^(2). V^(-1).s^(-1)` and hoIe mobiIity `=0.048 "m"^(2). V^(-1). s^(-1)`.

A semiconductor has electron concentration of 8 xx 10^8 m^(-3) . and hole concentration 4xx10^(10)m^(-3) .Is this semiconductor p-type or n-type?

A semiconductor has the electron concentration of 8 xx 10^(13) "cm"^(-3) and hole concentration 4xx10^(12) "cm"^(-3) . Is this semiconductor n-type or p-type ? Also calculate resistivity of its material. Given : Electron mobility =24000 "cm"^(2). "V"^(-1).s^(-1). and hole mobility =200 "cm"^(2)."V"^(-1). s^(-1)

A semiconductor has an electron concentration of 0.45 xx 10^(12) m^(-3) and a hole concentration of 5.0 xx 10^(20) m^(-3) . Calculate its conductivity. Given electron mobility = 0.135 m^(2) V^(-1) s^(-1) , hole mobility = 0.048 m^(2) V^(-1) s^(-1) ,

A semiconductor is known to have an electron concentration of 5 xx 10^(13)//cm^(3) and hole concentration of 8 xx 10^(12)//cm^(3) . The semiconductor is

A semiconductor has the electron concentration of 4xx10^(12) "cm" ^(-3) and the hole concentration of 7xx10^(13)"cm"^(-3) . Is this semiconductor n-type or p-type ? Also calculate conductivity of its material. Given : Electron mobility =22000 "cm"^(2)."V"^(-1).s^(-1) and hole mobility =150 "cm"^(2)."V"^(-1).s^(-1)

A semiconductor is known to have an electron concentration of 8 xx 10^13 cm^-3 and hole concentration of 5 xx 10^12 cm^-3 . The semiconductor is

A semiconductor has the electron concentration 0.45 xx 10^(12) m^(-3) and hole concentration 5 xx 10^(29) m^(-3) . Find its conductivity . Given electron mobility = 0.135 m^(2) V^(-1) s^(-1) and hole mobility = 0.048 m^(2) V^(-1) s^(-1) , e = 1.6 xx 10^(-19) C