Let V be the event that a computer contains a virus, and let W be the event that a computer contains a worm. Suppose =PV0.48, =PW0.28, PV and =W0.17.(a) Find the probability that the computer contains either a virus or a worm or both.(b) Find the probability that the computer does not contain a virus.

Mai works as an IT technician for a local company. There are 100 computers on the company's network and 94 of them are not infected with a virus.Mai chooses a computer on the company's network at random. Let the event A and the event B be as follows.A: The computer Mai chooses is not infected with the virus.B: The computer Mai chooses is infected with the virus.Find the following probabilities. Write your answers as decimal numbers and do not round.=PA=PB

An antivirus software has a detection rate of 99% for a specific virus and a false positive rate of 0.5%. If a computer is randomly selected and the software indicates a virus, what is the probability that the computer actually has the virus?

Let B and C be two events such that =PB0.37 and =PC0.48.Do not round your responses. (If necessary, consult a list of formulas.)(a) Determine P∪BC, given that B and C are independent.(b) Determine P∪BC, given that B and C are mutually exclusive.

If A and B are independent events, with P(A) = 0.50 and P(B) = 0.70, then the probability that A occurs or B occurs or both occur is:Group of answer choices0.10.0.20.1.20.0.85.

Events A and B are mutually exclusive. Suppose event A occurs with probability 0.05 and event B occurs with probability 0.87.Compute the following.(If necessary, consult a list of formulas.)(a) Compute the probability that A does not occur or B does not occur (or both).(b) Compute the probability that either A occurs without B occurring or A and B both occur.