Answer: 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
23500 (rounded to the nearest 100)
Government instability often leads to c. increased famine
Answer:
<u>people who had already placed their bets,</u>
<u>they couldn't change their minds.</u>
Explanation:
In any competition, we are supposed to perform our best, and in competitions which involve personal judgements person participating in such competitions shall be sure of what they are putting in, what is their judgement.
Once the decision is taken by them, they shall stick to it and support and promote their decision. Same applies for the game of betting in race horses, as the ones who has already made the decision shall be sure about it.
And the ones who are still thinking about the correct horse invest in shall be confused and not confident on their choice.
