If the connector is ever wet, the probability of a failure during the warranty period is 4%. The probability that a certain diode will fail before service is due equals p = 0.65. Solved The probability is 1% that an electrical connector | Chegg.com A company owns 400 laptops. If the connector is never wet, the probability of failure during the warranty period is 5%. Each laptop has an 8% probability of not working. If the connector is ever wet, the probability of a failure during the warranty period is 5%. Find the probability (use 4 decimal places in yo, Suppose that 50 identical batteries are being tested. A device has a constant failure rate of 0.7/year. If 90% of the connectors are kept dry and 10% are wet. If the probability of failure for this device is independent of running time, find the probability that this device will fail after 50 days of working and before 100 days of running time. Find the probability that at least 2 months will elapse before a further failure. A company owns 400 laptops. ing lines form opposing angles. If 8 components are randomly selected, find the following probabilities: 1. Suppose 90% of the connectors are kept dry and 10% are wet (a) What proportion of connectors fail during the warranty period? The probability is 1% that an electrical connector that is kept dry a. The probability that exactly 3 are defective. If 90 % of the connectors are kept dry and 10 % are wet, what proportion of connectors fail during the warranty period? B) Angle 3 and We reviewed their content and use your feedback to keep the quality high. HWmo_!\bZ\p(sC[g"JZ[%F"erpyyg:;yOdvu$'XlsNO^t'%'t*T Cvu~v-6iD)Ws0aBNe bOf?3{Wv1xS.ai~Z8z+@Hc:EVYYe~'q{d Probability that a certain type of laptop will have defective parts is 0.39. If 90% of the connectors are kept dry and 10% are wet, what proportion of connectors fail during the warranty period? Also, the data presented is a correlation. Solved The probability is 1% that an electrical connector | Chegg.com The probability that there would be more than 3 components defective in this sample, by using the Poisson approximation, is: (a), The time until recharge for a battery in a laptop computer under common conditions is normally distributed with mean 260 minutes and standard deviation 50 minutes.