The thickness of photoresist applied to wafers in semiconductor manufacturing at a particular location on the wafer is uniformly distributed between 0.2050 and 0.2150 micrometers. (a) Determine the...


indicate the units to the final answer if any


Draw the necessary graph if any.


Round off to four decimal places or in lowest term if your answer is in fraction.


The thickness of photoresist applied to wafers in semiconductor manufacturing at a particular location<br>on the wafer is uniformly distributed between 0.2050 and 0.2150 micrometers.<br>(a) Determine the cumulative distribution function of photoresist thickness.<br>(b) Determine the proportion of wafers that exceeds 0.2125 micrometers in photoresist thickness.<br>(c) What thickness is exceeded by 10% of the wafers?<br>(d) Determine the mean and variance of photoresist thickness.<br>

Extracted text: The thickness of photoresist applied to wafers in semiconductor manufacturing at a particular location on the wafer is uniformly distributed between 0.2050 and 0.2150 micrometers. (a) Determine the cumulative distribution function of photoresist thickness. (b) Determine the proportion of wafers that exceeds 0.2125 micrometers in photoresist thickness. (c) What thickness is exceeded by 10% of the wafers? (d) Determine the mean and variance of photoresist thickness.

Jun 11, 2022
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