Two components of a machine work independently. The probability that component A will fail is 0.1, and the probability that component B will fail is 0.2.

A) What is the probability that both components will fail?
B) What is the probability that only one of the components will fail?
C) What is the probability that at least one component will fail?
D) What is the probability that neither component will fail?

... Determine the probability of survival for an operating period of 1,000 hrs ... 30+85*2+220*3+435*4=2600 Total number of failures = 10 Composite failure rate = ...

... 3 (1 − p )3−3 =0.646317 Probability of at least two failures=0.949965. ... equipment will operate for at least 200 hours without failure =1- Probability of at ...

... The useful life of an electrical component is exponentially distributed with a mean of 2,500 hours. ...Probability of failure between 0 and 3,000 hours= 0.6988 ...

... an automotive factory are defective, what is the probability that in ... 8.The failure rate for taking the bar exam in ... what is the mean for the number of failures? ...

... A system contains 10 serially related identical components with CFR ... 4. Time to failure for a product follows a ... What is the probability of failure in 300 months ...

... (a) Calculate the probability that the system will fail in 3,000 hours. ... What would be your revised estimate of failure rates of the components in your system ...

...component with time to failure T has failure rate function ... a) Find the probability that the component survives 200 hours ... b) Find the MTTF of the components when k ...

... the mean time that it takes for failure of 2 ... Compute the probability that the satellite fails? ...Probabilities of different events are calculated in step by step ...

... Equal probabilities at all values of x 1 points ... 1. Which of the following probability distributions would ... to describe the time between failures for electronic ...