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If the time to failure, T, of a computer has a Weibull distribution with parameters =0.5 and =1000, what is the failure rate after 100 hours of

If the time to failure, T, of a computer has a Weibull distribution with parameters β=0.5 and θ=1000, what is the failure rate after 100 hours of burn-in?
If burn-in is terminated at t=100 hours, what is the probability that a customer computer will experience a failure within the unconditional warranty period of 100 hours? What is the probability of no failure in 200 hours, given no failure in the first 100 hours?

If the time to failure, T, of a computer has a Weibull distribution with parameters β=0.5 and θ=1000, what is the failure rate after 100 hours of burn-in? If burn-in is terminated at t=100 hours, what is the probability that a customer computer will experience a failure within the unconditional warranty period of 100 hours? What is the probability of no failure in 200 hours, given no failure in the first 100 hours?

If the time to failure, T, of a computer has a Weibull distribution with parameters β=0.5 and
θ=1000, what is the failure rate after 100 hours of burn-in?
If burn-in is terminated at t=100 hours,...

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