In a semiconcuctor sample subjected to the Hall experiment the velocity of the majority carriers was found to be 2x10 cm/a while the sample resistance was found to be 2 KO. The sample width is 3 cm, and its length is 6 cm while the sample cross sectional area is 1.5 cm and the currant through the sample length is 30 ma under an applied magnetic field of 5 KG. The mobility of the majority carriers will be: O 166.7 cm^2NS O 53.33 cm^2/VS O 2.000e6 cm^2/N.s O 1000 cm^2/N.S O 2000 cm^2Ns
In a semiconcuctor sample subjected to the Hall experiment the velocity of the majority carriers was found to be 2x10 cm/a while the sample resistance was found to be 2 KO. The sample width is 3 cm, and its length is 6 cm while the sample cross sectional area is 1.5 cm and the currant through the sample length is 30 ma under an applied magnetic field of 5 KG. The mobility of the majority carriers will be: O 166.7 cm^2NS O 53.33 cm^2/VS O 2.000e6 cm^2/N.s O 1000 cm^2/N.S O 2000 cm^2Ns
Related questions
Question
100%
Transcribed Image Text:In a semiconductor sample subjected to the Hall experiment the velocity of the majority
carriers was found to be 2x10° cm/s while the sample resistance was found to be 2 Ko.
The
sample width is 3 cm, and its length is 6 cm while the sample cross sectional area is 1.5 cm
and the current through the sample length is 30 ma under an applied magnetic field of 5 KG.
The mobility of the majority carriers will be:
O 166.7 cm^2/Ns
O 53.33 Cm 2/Ns
O 2.000e6 cm^2/N.s
O 1000 cm^2/NS
O 2000 cm^2NS
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 5 steps
