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- Prob. 6. Illumination- decay of excess carriers An n-type Si sample is doped at 1015 cm3. We shine light on it to create electron-hole pairs at 1019 cms. The lifetime of minority carriers is 100 ns. a. What is the steady state concentration of minority carriers? b. How much time has elapsed for the excess carrier concentration to be at 90% of the initial value? C. How much time has elapsed for the excess carrier concentration to decay to 10% above the minority carrier concentration at thermal equilibrium?A USATestprep, LLC - Online State t x odules/questions/qq.php?testid=1745&assignment_id3D47667397&strand=8721&element=73561&totalQuestions=.. Wages - Prote. ne to Beta PRACTICE I HELP JULIE Y GIA RESS GNMENTS ASSIGNMENT 1 23 4S 89 10 Save Submit Two identical charges are separated by a distance d. If the distance between them is increased to 3d, what will happen to the force of repulsion between them? es ) A) It wilt be one-ninth the original force. B) It will be one-third the original force. C) It will be nine times the original force. D) It will be three times the original force. Electrical and Magnetic Forces Regular CalcJapo
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