Use the new values in this problem and just replace them with the ones in the image. solve it exactly the same way. I need the calculations to be 100 percent. 1) nd = 5.52 x 1012 m-3, 2) ni = 5.2 × 1015 m-3 (the value for Si at T = 300 K). Compute your answer in electrons m-3 but do not include units in your answer. accurate to 2 decimal places (X.XXEY or X.XXE-Y).
Use the new values in this problem and just replace them with the ones in the image. solve it exactly the same way. I need the calculations to be 100 percent. 1) nd = 5.52 x 1012 m-3, 2) ni = 5.2 × 1015 m-3 (the value for Si at T = 300 K). Compute your answer in electrons m-3 but do not include units in your answer. accurate to 2 decimal places (X.XXEY or X.XXE-Y).
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Use the new values in this problem and just replace them with the ones in the image. solve it exactly the same way. I need the calculations to be 100 percent.
1) nd = 5.52 x 1012 m-3,
2) ni = 5.2 × 1015 m-3 (the value for Si at T = 300 K).
Compute your answer in electrons m-3 but do not include units in your answer.
accurate to 2 decimal places (X.XXEY or X.XXE-Y).
Transcribed Image Text:2 Use
Solution from the previous problem for ne in terms of
your
and n;
to compute ne
for S when: ng = 12.95 × 10 m?
T=300 K
-3
n; = 5.2 * l05
ne = 5.2le +15 m3
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