The probability that a wafer contains a large particle of contamination is 0.01. If it is assumed that the wafers are independent, what is the probability that exactly 125 wafers need to be analyzed before a large particle is detected

The probability of getting a large particle of contaminant in a 125 wafers is 1e-250 = 1×10^-250.

Explanation: Probability is the possible chances of an event to occurs.

The probability of a wafer to contain a large particle of contaminant is;

0.01

Because the possibility of a wafers to contain a large particle of contaminant are independent to each other, therefore the probability of 125 wafers to contain large particle of contaminant will be;

0.01^125 = 1 × 10^-250 = 1e-250

This means that it will be very difficult to identify a large particle of contaminant in 125 wafers

apart from being against desegregation, governor of georgia eugene talmadge opposed as well to the work progress administration, an ambitious program of the "new deal" created by president franklin d. roosevelt to overcome the great depression after world war i. talmadge disagreed with welfare spending, job training and organized labor. according to his ideas, he thought the government was spending too much money on this, and he wasn't willing to accept a wage higher than georgia's lower average wage. besides, talmadge strongly opposed to the "new deal" as he thought it had communist ideas.

the branch of biology that deals with the normal functions of living organisms and their parts.

the way in which a living organism or bodily part functions.